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E.S. SEMINAR Athens, 28 June 2007 I-SSB
EXPLOITATION STRATEGY SEMINAR
European Commission
Research DG – Direction G
Documentary searches for
project:
“I-SSB”
”Intelligent Safe and Secure
Buildings”
Project No:
NMP2-CT-2006-026661
by
Dr George Vekinis
Innovation Management and Technology Transfer
This report is a synthesis of the documentary searches completed
by the expert in the framework of the E.S. Seminar held
in Athens on 28th June 2007.
CIMATEC Srl, Viale San Bartolomeo, 103 – 19126 La Spezia – Italy
cimatec@tin.it
DOCUMENTARY SEARCHES 1
E.S. SEMINAR Athens, 28 June 2007 I-SSB
EXPLOITATION STRATEGY SEMINAR
DOCUMENTARY SEARCHES
for the project
“I-SSB”
CONTENTS
Related Projects etc page 3
(Cordis EC Database)
Partners’ involvement in R&D projects page 35
(Cordis EC Database)
Related Patents page 45
(Espacenet)
Relevant Web-Sites page 56 age…
(Google, GlobalSpec)
International Press Releases page 73
(BBC, GlobalSpec, BusinessWire)
DOCUMENTARY SEARCHES 2
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Related Projects
Conservation of historical mediterranean sites by innovative seismic- INCO 2
protection techniques CHIME
*LOw Cost CATastrophic Event Capturing LOCCATEC IST
*Seismic Risk Mitigation, for Schools and Hospitals, Exploiting Smart INTAS
Materials and Intelligent Systems
Soft Matter Composites - An approach to nanoscale functional materials FP6-NMP
SOFTCOMP
Programmable Fieldbus Cell PROFICELL ESPRIT 3
Interconnected Embedded Technology for Smart Artefacts with IST
Collective Awareness SMART-ITS
Micro-Integrated Intelligent Optical Sensor Systems MINOSS ESPRIT 3
Solving Major Problems in MicroSensorial Wireless Networks USWN FP6-IST
Energy Efficient Sensor Networks EYES IST
*Optical fibre sensing system for monitoring of structures OSMOS BRITE/EURAM 2
Corrosion of steel in reinforced concrete structures COST
*Wirelessly Accessible Sensor Populations WASP FP6-IST
Innovative cities for the next generation ICING FP6-IST
Non destructive testing and imaging of concrete CRAFT
*Intelligent Modular Multi-sensor Networked False Alarm Free Fire IST
Detection System IMOS
Fiber computing FICOM IST
Flexible Control Systems Development and Integration Environment for IST
Distributed Systems FLEXICON
Mechatronic technologies for trains of the future MECHATRONIC TRAIN BRITE/EURAM 3
Earthquake engineering research centre ECOLEADER-BRI HUMAN POTENTIAL
Internet-site for european strong-motion data ISESD EESD
New fields of research in earthquake engineering experimentation HUMAN POTENTIAL
NEFOREE
European Consortium of Earthquake Shaking Tables - Bristol ECOEST PECO/COPERNICUS
Earthquake protection for historic town centres ENV 1C
Estimates of ground motion and hazard assessment through earthquake EESD
scenarios EGMOES
Earthquake damage prediction of existing buildings using frequency TMR
response methods
Seismic Performance of Light-Gauge Steel Framed Houses FRAMEWORK 6C
SEISTEELHOUSE
Volvi-thessaloniki: a european test site for engineering, seismology, ENV 1C
earthquake engineering and seismology
Improved assessment of steel buildings performance during ENV 2C
earthquakes. STEELQUAKE
DOCUMENTARY SEARCHES 3
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Stochastic non-linear dynamic analysis of civil engineering structures INTAS
Analysis of the stiffening effect of building panels in seismic and aeolian ECSC-STEELRES
conditions 8C
Test area for seismic hazard assessment in the Caucasus INTAS
Cooperative advancements in seismic and dynamic experiments HUMAN POTENTIAL
(CASCADE)
Seismic hazard assessment for big cities in Georgia using the modern INTAS
concept of seismic microzonation with consideration of soil non-linearity
Towards European integration in seismic design and upgrading of INCO
building structures
*Infrastructure Damage Prevention, Assessment and Reconstruction FP6-JRC
following a Disaster
Capacity Building in Earthquake Research for Risk Reduction in Urban FP6-SUSTDEV
Environments CYBER
Meta-systems for architectural use for the design of earthquake- ECSC-STEELRES
resistant residential buildings of steel 7C
Preservation of historic reinforced concrete housing buildings across FRAMEWORK 6C
Europe CA REDIVIVUS
European network on seismic risk, vulnerability and earthquake INCO
scenarios ENSERVES
Seismic Hazard zonation with a multidisciplinary approach, using fluid- ENV 2C
geochemistry methods
FP6-
Network of Research Infrastructures for European Seismology NERIES
INFRASTRUCTURES
Earthquakes, tsunamis and landslides in the Corinth rift, Greece A FP6-SUSTDEV
multidisciplinary approach for measuring, modelling, and predicting
their triggering mode and their effects. 3HAZ-CORINTH
Innovative techniques to increase resistance to earthquakes of cultural INCO
heritage buildings and to reduce the impact
Seismic design of light gauge steel framed buildings ECSC-STEEL C
Experimental evaluation of technical interventions to reduce seismic ENV 1C
vulnerability of old existing buildings
Experimental evaluation of technical interventions to reduce seismic PECO/COPERNICUS
vulnerability of old existing buildings
Physical processes in the Mediterranean climates and related slope EPOCH
instabilities in overconsolidated clayey soils
Risk Mitigation for Earthquakes and Landslides LESSLOSS FP6-SUSTDEV
Novel use of displacement-based for seismic assessment and ENV 2C
strengthening of RC buildings.
Timber frame building systems COST
Robust structures by joint ductility ROBUSTNESS COAL-STEEL-RTD C
Developing innovative systems for reinforced masonry walls DISWALL FP6-SME
SEismic and tsunami risk Assessment and mitigation scenarios in the FP6-SUSTDEV
western HELLenic ARC SEAHELLARC
DOCUMENTARY SEARCHES 4
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Reliability of moment resistant connections of steel building frame s in INCO
seismic areas RECOS
Research in support to the implementation and validation of the Euro FP5-JRC
codes and the mitigation of the seismic risk in Europe
Research in support of standardisation in construction and construction FP6-JRC
products
Innovative Timber & Composite Elements/Components for Buildings COST
Experimental and numerical analysis of sloshing and impact loads BRITE/EURAM 1
Improving load bearing and water resisting properties of gypsum as a BRITE/EURAM 1
secondary raw material
*Use of phospho alpha hemihydrate in civil engineering works and RAWMAT 3C
gypsumelement factories
*Retrofitting existing plants for low cost production of high performance GROWTH
building boards ZEOGYP-BOARD
Manufacture of a high capacity, acoustic absorption new material, based CRAFT
on phospho-gypsum and casting sands wastes ECOGYPS
Risk of Subsidence due to Evaporite Solution. A European Prediction INCO
and Management Scheme ROSES
Building materials from waste materials and their durability HUMAN POTENTIAL
Optimization of perlite processing for utilization in new building BRITE/EURAM 2
materials
Risk of Subsidence due to Evaporite Solution. A European Prediction ENV 2C
and Management Scheme ROSES
A novel biodegradable foam filled corrugated board of multiple GROWTH
thickness for the building, packaging and flat-pack industries.
Intercomparison of laboratory measurements of airborne sound MAT
insulation of walls according to ISO/DIS 140 Part 3
Development of procedures for identifying indiviudal components, ECSC-MINEHYG 6C
especially of bound and unbound cements in building material dusts,
and differentiated evaluation thereof as a percentage of mine dusts
City centre combined heat and power ENDEMO C
Complex Utilization of the Sea-Salt Production Waste Brines Connected INCO
with Minimization the Black-Sea Environmental Damage
Evaluation of the impact of the domestic environment on the population RADPROT 6C
exposure to radon daughters
*Multiple integrated intelligent closing system MIICS CRAFT
Smart Sensory Systems SSS ESPRIT 3
Development and industrial design of active building components for JOULE 2
solar heating, ventilation,cooling and daylighting, equipped with a
dynamic intelligent regulation
Field test and qualification of a new land seismic acquisition system THERMIE 1
based on individual sensor recording
Knowledge-Based Multi-Sensor Systems in CIM Applications KB-MUSICA ESPRIT 2
DOCUMENTARY SEARCHES 5
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Some Related Projects
LOw Cost CATastrophic Event Capturing
Project Acronym: LOCCATEC Project status: Completed
Coordinator
Organization name: INTELLIGENCE FOR ENVIRONMENT & SECURITY SRL - IES
SOLUTIONS SRL
Contact person Address
Name: Uberto DELPRATO IES SOLUTIONS S.R.L.
VIA DEL BABUINO 99
Tel: +39-06-22721251 00187
Fax: +39-06-22721500 ROMA
ITALIA
E-mail: Contact
Region: LAZIO Roma
URL: Organization Type: Industry
Description
Objective:
Effective search & rescue operations are amongst the most promising means to reduce
human casualties following collapse of buildings due to catastrophic events.
Time is critical for a successful rescue and the prompt availability of reliable information is
vital. LOCCATEC could enhance significantly the effectiveness of the rescue management
and operations, providing a quick survey tool to detect and locate trapped people.
It is based on small, low-cost capturing devices to be pre-installed in buildings.
Each capturing device, triggered by the event, records what happened in a given space
during an eventual collapse.
This information is downloaded wirelessly to central units providing the rescuers with a
rapid estimate as to the number of people present in each building space at the moment
of the event, the structural state of ruins and eventual possible pathways.
Objectives:
1. Development of a prototype system, which would provide the rescue teams quickly and
cost-effectively reliable information on:
a.The presence (or not) of people in each building space during a collapse;
b.The state of the ruins (possible pathways, structural integrity).The LOCCATEC prototype
will be a fully functional pre-industrial prototype, including at least one central unit and a
number of capturing devices, the functionality of which will be tested against the specified
requirements;
2. Significant enhancement of the effectiveness of the rescue management and operations
by providing a tool to perform a quick survey of the disaster site to detect and locate
trapped people and plan the subsequent rescue operations in the quickest and most
effective way.
As part of an overall emergency response system, it would allow personnel, equipment
and information to be dispatched where it is most needed and assist in setting rescue
priorities and planning the rescue effort quickly and efficiently.
Work description:
LOCCATEC will be a prototype system aiming at promptly providing the rescuers with
information on trapped people and the state of the ruins. It will be based on small, low-
cost, autonomous capturing devices to be pre-installed in each building space. Each
capturing device, adequately integrated and packaged so as to survive an eventual
building collapse, triggered by the catastrophic event (e.g. earthquake), would record
DOCUMENTARY SEARCHES 6
E.S. SEMINAR Athens, 28 June 2007 I-SSB
what happened in a given space just during the collapse. The rescue team, equipped with
the LOCCATEC central unit, upon arriving at the vicinity of the collapsed building, would
transmit a signal triggering the wireless download of the information stored in each
capturing device. Image processing techniques could yield an estimate as to the number
of people present in each space at the moment of the event. The rescue team would have
a quick indication on the number of people trapped in each space and some information on
the structural state and the possible pathways in the ruin.
Each capturing device will comprise: Optical sensor, FIFO non-volatile memory chip, IR
illuminating LED, triggering device, wireless low-power communications and suitable back-
up battery. Each central unit will comprise: Communication and localisation equipment to
trigger, identify, download the captured information and locate the capturing devices as
well as display and image processing capabilities. The LOCCATEC system will be open and
flexible with various sensor and triggering options, according to the space and the
environment. It can eventually serve as platform for other sensors, like a microphone,
which would be activated by the signal that triggers the transmission of the capturing data
and would provide the rescue teams with real-time acoustic information.
Milestones:
1) Requirements and specifications;
2) Design;
3) Implementation;
4) Integration;
5) Testing.
General information:
Project Details
Start date: 2001-08-01 End date: 2004-07-31
Duration: 36 months Project Reference: IST-2000-29401
Project cost: 3337496 EURO Project Funding: 1699997 EURO
Programme Acronym: IST Programme type: Fifth Framework
Programme
Subprogramme Area: Intelligent Contract type: Cost-sharing contracts
environmental management, risk and
emergency systems
URL: http://www.loccatec.org
Subject index: Environmental Protection, Information Processing, Information Systems,
Safety
Other Indexes: JRC
Other participants
Organization: EUROPEAN COMMISSION - JOINT RESEARCH CENTRE
Contact person Address
Name: ANDRITSOS, Fivos ISIS - INSTITUTE FOR SYSTEMS, INFORMATICS AND
SAFETY
Tel: +39-03-32789599 VIA FERMI 1
Fax: +39-03-32789392 21020
ISPRA
E-mail: Contact ITALIA
Region: LOMBARDIA Varese
URL: Organization Type: Research
DOCUMENTARY SEARCHES 7
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Organization: ZENON S.A. ROBOTICS AND INFORMATICS
Contact person Address
Name: CHRYSAGIS, RESEARCH AND DEVELOPMENT
Konstantinos KANARI STREET 5, GLYKA NERA ATTIKIS
15354
Tel: +30-210-641582 ATHENS
Fax: +30-210-641051 HELLAS
E-mail: Contact Region: ATTIKI
URL: Organization Type: Other
Organization: UNIVERSITA DEGLI STUDI DELLA CALABRIA
Contact person Address
Name: FERRUCCI, Fabrizio DIPARTIMENTO DI SCIENZE DELLA TERRA
VIA PONTE BUCCI 44
Tel: +63-23-5877 87036
Fax: +63-33-8633 ARCAVACATA DI RENDE (CS)
ITALIA
E-mail: Contact
Region: SUD CALABRIA Cosenza
URL: Organization Type: Education
Organization: COMMISSARIAT A L'ENERGIE ATOMIQUE
Contact person Address
Name: ALEXANDRE, Jean CEA - LIST DEPARTEMENT DES TECHNOLOGIESDES
Marc SYSTEMES INTELLIG
31-33 RUE DE LA FEDERATION
Tel: +33-14-6548978 75752
Fax: +33-14-6547580 PARIS CEDEX 15
FRANCE
E-mail: Contact
Region: ÎLE DE FRANCE Ile de France Paris
URL: Organization Type: Research
Organization: INDUSTRIAL SYSTEMS INSTITUTE
Contact person Address
Name: KOUBIAS, Stavros INDUSTRIAL SYSTEMS INSTITUTE
PANEPISTIMIO
Tel: +30-2610-997299 26500
Fax: +30-2610-997333 RIO PATRON
HELLAS
E-mail: Contact
Region: KENTRIKI ELLADA DYTIKI ELLADA Achaia
URL: Organization Type: Research
Organization: IDEASIS E.P.E.
Contact person Address
DOCUMENTARY SEARCHES 8
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Name: KATEVAS, IDEASIS LTD
Nikos (Dr.) ANTONIOU 12
34100
Tel: +30-2220-1061200 HALKIDA
Fax: +30-2220-1061205 HELLAS
E-mail: Contact Region: KENTRIKI ELLADA STEREA ELLADA Evvoia
URL: Organization Type: Other
Organization: EARTHQUAKE PLANNING AND PROTECTION ORGANISATION
Contact person Address
Name: DANDOULAKI, EPPO / EUROPEAN CENTRE ON PREVENTION AND
Miranda FORECASTING OF EART
XANTHOU, 32
Tel: +30-210-6728000 15451
Fax: +30-210-6728240 ATHENS
HELLAS
E-mail: Contact
Region: ATTIKI
URL: Organization Type: Other
DOCUMENTARY SEARCHES 9
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Seismic Risk Mitigation, for Schools and Hospitals,
Exploiting Smart Materials and Intelligent Systems
Project Acronym: Project status: Completed
Coordinator
Organization name: University of Pavia
Contact person Address
Name: Fabio CASCIATI (Professor) Structural Mechanics Department
Via Ferrata 1
Tel: +39-03-82505458 27100
Fax: +39-03-82528422 Pavia
ITALIA
E-mail: Contact
Region: LOMBARDIA Pavia
URL: http://dipmec.unipv.it Organization Type:
Description
Objective:
The destructive consequences of earthquake push structural engineers and researchers
towards new ways of mitigation of earthquake hazards. The project joins the efforts of
research groups from 5 seismically active countries. It is focused on the following aspects:
1.Elaboration of optimal and robust control algorithms. Elaboration of relevant
computational procedures and recommendation on design of active, passive or hybrid
control devices.
2.Investigation of smart materials for the use in seismic protection devices.
Implementation of elastomeric seismic-isolators based on the coupling with suitable
monitoring devices. Examination of SMA and their coupling with elastomers for the use as
control elements of passive devices.
The ultimate goal is to suggest theoretically substantiated recommendation for choice of
optimal schemes of base isolation and optimal parameters of the building bases,
minimizing the negative effect of seismic impact. Active control systems are also to be
conceived, analysed and implemented. Their coupling with base isolation will offer an
effective solution against the shortcomings of passive control. Alternatively, active control
is the most effective way to mitigate vibration of flexible structures. The aim of this
application is twofold. First, it will allow the further progress in the research performed in
the framework of the previous INTAS project. Second, it will give to the researches of the
NIS countries the opportunity to be involved in the ERA and to collaborate with the
partners from EU in a priority area of the EU research programme.
General information:
Project Details
Start date: 2004-05-01 End date: 2007-04-30
Duration: 36 months Project Reference: INTAS 2003-51-5547
Project cost: Project Funding: 238750 EURO
Programme Acronym: INTAS Programme type: International
Cooperation
Subprogramme Area: OPEN Call Contract type: No contract type
DOCUMENTARY SEARCHES 10
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Subject index: Energy Storage, Energy Transport, Other Energy Topics, Meteorology,
Earth Sciences, Biotechnology, Agriculture, Environmental Protection, Education, Training,
Economic Aspects, Regional Development, Resources of the Sea, Fisheries, Innovation,
Technology Transfer, Electronics, Microelectronics, Coordination, Cooperation, Scientific
Research, Industrial Manufacture, Aerospace Technology, Construction Technology, Energy
Saving, Evaluation, Fossil Fuels, Nuclear Fission, Food, Nuclear Fusion, Information, Media,
Information Processing, Information Systems, Forecasting, Legislation, Regulations, Life
Sciences, Materials Technology, Medicine, Health, Mathematics, Statistics, Measurement
Methods, Policies, Radiation Protection, Reference Materials, Renewable Sources of
Energy, Radioactive Waste, Safety, Social Aspects, Standards, Other Technology,
Telecommunications, Transport, Waste Management
Other Indexes: Civil Engineering; Mechanics; Environmental Monitoring & Assessment
Other participants
Organization: Russian Academy of Sciences Mechanical Engineering Research Institute
Contact person Address
Name: KOVALEVA, Agnessa (Professor) Human-Machine-Environment Systems
Department
Tel: M. Kharitonevsky 4
Fax: 101990
Moscow
E-mail: Russian Federation
Organization: American University of Armenia
Contact person Address
Name: MELKUMIAN, Michael (Professor) Engineering Research Center
Marshal Bagramian Ave. 40
Tel: 375019
Fax: Yerevan
Organization: National Academy of Sciences of Armenia Institute of Mechanics
Contact person Address
Name: AGHALOVIAN, `
Lenser (Professor) Marshal Bagramian Ave. 24b
375019
Tel: Yerevan
Fax:
Organization: Ministry of Science and Education Kyrghistan State University of Building,
Architecture and Transport
Contact person Address
Name: SOLDATOVA, Ludmila (Dr) Department of Metallic and Synthetics
Constructions
Tel: Maldybaeva str. 34b
Fax: 720020
Bishkek
DOCUMENTARY SEARCHES 11
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Organization: Ethnikon Metsovion Polytechnion
Contact person Address
Name: SYRMAKEZIS, Costas Institute of Structural Analisys and Aseismic Research
Iroon Polytechniou str. 9
Tel: 15773
Fax: Athens
HELLAS
E-mail:
Region: ATTIKI
Organization: Ministry of Education of Russia Saint Petersburg University
Contact person Address
Name: VOLKOV, Alexander Research Institute of Mathematics and Mechanics
Universitetskiy pr. 28
Tel: 198504
Fax: Saint - Petersburg
Russian Federation
E-mail:
Region:
DOCUMENTARY SEARCHES 12
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Optical fibre sensing system for monitoring of
structures
Project Acronym: OSMOS Project status: Completed
Coordinator
Organization name: BERTIN & CIE
Contact person Address
Name: LECOT (Mr.) 230 RUE FREDERIC JOLIOT
13791
Tel: +33-42- AIX-EN-PROVENCE
604600 FRANCE
Fax: +33-42-
600013 Region: MÉDITERRANÉE PROVENCE-ALPES-CÔTE D'AZUR Bouches-
du-Rhône
E-mail:
Description
Achievements:
1. Quasi-distributed polarimetric sensing system
A complete evaluation of the dual mode polarimetric system has been performed and all
the different parts required to the assembly of a complete system have been developed.
Laboratory demonstrations of an effective strain and temperature separation was
successfully performed with a single zone sensor and tests were conducted for both Civil
Engineering and Civil Aeronautics for strain only with several sensing zones. The
integration process of the sensor was deeply investigated : sensors were installed on
composite structures using embedding and retro-fitting techniques, small connectors
(ceramic ferrule and tube) were integrated with success in a stiffened panel representative
of the part of an aircraft wing. In Civil engineering sensors were installed on
representative elements of ground anchors (bonded on steel bars, embedded in concrete).
2. Microwave sensing system
Basic characterisations and calibrations of the system demonstrated its suitability to detect
the level of strain that the ground anchors would be subjected to under normal operating
conditions. A large number of trials were conducted in the Civil Engineering construction
laboratory yielding the validation of the operation of the sensors in both transmission and
reflection modes over gauge lengths up to three meters. The sensor conditioning was
strongly studied, yielding several attractive means such as integration of the sensing fibre
in pultruded glass reinforced plastic rods and braid protection sheaths. Standard single
mode connectors were used. A pultruded glass reinforced plastic rod sensor with a
reference fibre embedded in a loose tube was manufactured, installed and tested.
Measurements over several cycles of the sensor showed that the free fibre was not
strained and therefore could be used as a thermal reference. In terms of system a
compact and robust transportable prototype of instrument was developed, using
commercially available components.
3. Impact induced damage sensing system
Radome structures were constructed from a sandwich of D Glass epoxy skins bonded to a
high density foam material. To accommodate the sensor, grooves were machined in the
foam. Different configurations of sensors were investigated including side hole fibres of
different intrinsic pressure sensitivities, different plastic tubes diameters and groove
characteristics such as shape and depth. Sensitivity of the sensor to damages induced by
impacts of around 5 Joules was demonstrated and spatial location of a damage can be
identified to within 1 cm without difficulty. Most of the experimentation were conducted on
flat panels representative of the dome structure then verified on one dome.
DOCUMENTARY SEARCHES 13
E.S. SEMINAR Athens, 28 June 2007 I-SSB
General information:
The need for continuous health monitoring of structures is arising in two main areas:
- Civil engineering where tendons, staycables and concrete structures have to withstand
increasing demands in terms of strength requirements and ageing effects.
- Aeronautics where structural parts made from advanced composite materials are being
increasingly used on aircraft and other transportation systems.
Due to their low invasivity and capability for distributed sensing, fibre optics sensors are
promising candidates. A previous BRITE project showed the laboratory feasibility of
measuring the strain distribution inside a composite material by embedding a white light
quasi distributed optical fibre polarimetric sensor. The possibility to simultaneously
measure temperature and strain was also demonstrated.
The aim of this new project are to develop a generic sensing tool based on adaptations of
the above principles and to demonstrate its applicability for the monitoring of strain,
damage initiation and temperature in actual structures. The work will be carried out as
follow:
- Specific optical fibre transducers and relevant receiving units shall be developed
according to requierements of aeronautic and civil engineering end users. An optical
microwave snsor shall also be considered for the extension to long length (more than few
tens of meters) civil engineering structures. Where appropriate miniaturized and rugged
systems will be built.
- Industrial methods for embedding or attaching sensors to structures and their connection
schemes shall be implemented and tested for durability/ageing in both civil structures and
aeronautical composites.
- Prototypes of monitored industrial components will be implemented and tested:
- stay cable, steel tension elements, and tension/cracked area of concrete structures for
civil engineering.
- carbon/epoxy stiffened composite panel representative of a wing section in aircraft and a
kevlar/epoxy composite radome for aeronautics.
Project Details
Start date: 1992-12-01 End date: 1995-11-30
Duration: 36 months Project Reference: BRE20335
Project cost: Project Funding: 2300000 EURO
Programme Acronym: BRITE/EURAM 2 Programme type: Third Framework
Programme
Subprogramme Area: Maintainability and Contract type: Cost-sharing contracts
reliability
Subject index: Industrial Manufacture, Aerospace Technology, Materials Technology
Other Indexes: Construction/Building/Civil engineering
Other participants
Organization: Thomson CSF
Contact person Address
Name: TURPIN (Dr.) Laboratoire Central de Recherches (LCR)
Domaine de Corbeville
Tel: +33-1-69330000 91404
Fax: +33-1-69330878 Orsay
FRANCE
E-mail:
Region: ÎLE DE FRANCE Ile de France Essonne
DOCUMENTARY SEARCHES 14
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Organization: Alenia Aeritalia & Selenia SpA
Contact person Address
Name: VANOTTI (Dr.) Divisione Avionica ed Apparati Speciali
Viale Europa 1
Tel: +39-331-582223 20014
Fax: +39-331-588106 Nerviano Milano
ITALIA
E-mail:
Region: LOMBARDIA
Organization: Aérospatiale Société Nationale Industrielle SA
Contact person Address
Name: LANG (Mr.) Centre Commun de Recherches "Louis Blériot"
12 rue Pasteur
Tel: +33-1-46973303 92152
Fax: +33-1-46973730 Suresnes
FRANCE
E-mail:
Region: ÎLE DE FRANCE Ile de France Hauts-de-Seine
Organization: DYCKERHOFF & WIDMANN AG
Contact person Address
Name: WINDISCH (Dr.) RESEARCH DEVELOP AND QUALITY ASSURANCE
ERDINGER LANDSTRABE 1
Tel: +49-89-92552428 8000
Fax: +49-89-92553655 München
DEUTSCHLAND
E-mail:
Region: BAYERN OBERBAYERN München, Kreisfreie Stadt
Organization: University of Strathclyde
Contact person Address
Name: MICHIE (Prof.) Department of Electronic and Electrical Engineering
Royal College
Tel: +44-41-5524400 204 George Street
Fax: +44-41-5522487 G1 1XW
Glasgow
E-mail: UNITED KINGDOM
Region: SCOTLAND DUMFRIES & GALLOWAY, STRATHCLYDE
Strathclyde
URL: Organization Type: Education
Organization: ASSOC RESEARCH TECHNOL & TRAINING (ART
Contact person Address
Name: MATZAPETAKI STR 21 PO BOX 1527
PAPADOPOULOS (Dr.) 71110
IRAKLION-CRETE
Tel: +30-2810-239757
DOCUMENTARY SEARCHES 15
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Fax: +30-2810-239735 HELLAS
E-mail: Region: NISIA AIGAIOU, KRITI KRITI Irakleio
Organization: AEA Technology
Contact person Address
Name: DAVIDSON (Dr.) Industrial Technology
Harwell Laboratory
Tel: +44-235824463 OX11 ORA
Fax: +44-235434136 Didcot
UNITED KINGDOM
E-mail:
Region: SOUTH EAST (UK) BERKSHIRE, BUCKINGHAMSHIRE,
OXFORDSHIRE Oxfordshire
DOCUMENTARY SEARCHES 16
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Wirelessly Accessible Sensor Populations
Project Acronym: WASP Project status: Execution
Coordinator
Organization name: PHILIPS ELECTRONICS NEDERLAND B.V.
Contact person Address
Name: STOK VAN DER, POSTBUS 90050
PETER BOSCHDIJK 525
5621 JG
Tel: +31-40-2742649 EINDHOVEN
Fax: +31-40-2744004 NEDERLAND
E-mail: Contact Region: ZUID-NEDERLAND NOORD-BRABANT Zuidoost-
Noord-Brabant
URL: Organization Type: Other,Industry
Description
Objective:
An important class of collaborating objects is represented by the myriad of wireless
sensors, which will constitute the infrastructure for the ambient intelligence vision. The
academic world actively investigates the technology for Wireless Sensor Networks (WSN).
Industry is reluctant to use these results coming from academic research. A major cause is
the magnitude of the mismatch between research at the application level and the node
and network level. The WASP project aims at narrowing this mismatch by covering the
whole range from basic hardware, sensors, processor, communication, over the packaging
of the nodes, the organisation of the nodes, towards the information distribution and a
selection of applications. The emphasis in the project lays in the self-organisation and the
services, which link the application to the sensor network. Research into the nodes
themselves is needed because a strong link lies between the required flexibility and the
hardware design. Research into the applications is necessary because the properties of the
required service will influence the configuration of both sensor network and application for
optimum efficiency and functionality. All inherent design decisions cannot be handled in
isolation as they depend on the hardware costs involved in making a sensor and the
market size for sensors of a given type. Three business areas, road transport, elderly care,
and herd control, are selected for their societal significance and large range of
requirements, to validate the WASP results. The general goal of the project is the
provision of a complete system view for building large populations of collaborating objects.
The impact on European industry and research comes from the provision of an European
alternative to the WSNs originating in the US. The WASP results will be well suited for
adoption by SMEs. The consortium defines an active programme to approach the
appropriate SMEs and to familiarise them with the WASP results.
General information:
Project Details
Start date: 2006-09-01 End date: 2010-02-28
Duration: 42 months Project Reference: 034963
Project cost: 16349832 EURO Project Funding: 10100000 EURO
Programme Acronym: FP6-IST Programme type: Sixth Framework
Programme
Subprogramme Area: Embedded systems Contract type: Integrated Project
DOCUMENTARY SEARCHES 17
E.S. SEMINAR Athens, 28 June 2007 I-SSB
URL: http://www.wasp-project.org
Subject index: Information Processing, Information Systems, Telecommunications
Other participants
Organization: TECHNISCHE UNIVERSITAET KAISERSLAUTERN
Contact Address
person
Name: GOTTLIEB-DAIMLER-STRASSE
67663
Tel: KAISERSLAUTERN
Fax: DEUTSCHLAND
E-mail: Region: RHEINLAND-PFALZ RHEINHESSEN-PFALZ Kaiserslautern,
Kreisfreie Stadt
URL: Organization Type: Education
Organization: STICHTING IMEC NEDERLAND
Contact Address
person
Name: HIGH TECH CAMPUS 48
5656 AE
Tel: EINDHOVEN
Fax: NEDERLAND
E-mail: Region: ZUID-NEDERLAND NOORD-BRABANT Zuidoost-Noord-Brabant
URL: Organization Type: Research
Organization: IMPERIAL COLLEGE OF SCIENCE, TECHNOLOGY AND MEDICINE
Contact Address
person
Name: SOUTH KENSINGTON CAMPUS, EXHIBITION ROAD
SW7 2AZ
Tel: LONDON
Fax: UNITED KINGDOM
E-mail: Region: SOUTH EAST (UK) GREATER LONDON
URL: Organization Type: Education
Organization: PHILIPS TECHNOLOGIE GMBH FORSCHUNGSLABORATORIEN AACHEN
Contact Address
person
Name: WEISSHAUSSTRASSE 2
52066
Tel: AACHEN
Fax: DEUTSCHLAND
E-mail: Region: NORDRHEIN-WESTFALEN KÖLN Aachen, Kreisfreie Stadt
URL: Organization Type: Research
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E.S. SEMINAR Athens, 28 June 2007 I-SSB
Organization: CEFRIEL - SOCIETA CONSORTILE A RESPONSABILITA LIMITATA
Contact Address
person
Name: VIA FUCINI RENATO 2
20133
Tel: MILANO
Fax: ITALIA
E-mail: Region: LOMBARDIA
URL: Organization Type: Research
Organization: ECOLE POLYTECHNIQUE FEDERALE DE LAUSANNE
Contact Address
person
Name: BATIMENT CE, STATION 1
1015
Tel: LAUSANNE
Fax: SCHWEIZ/SUISSE/SVIZZERA
E-mail: Region: RÉGION LÉMANIQUE Vaud
URL: Organization Type: Education
Organization: CENTRO RICERCHE FIAT SOCIETA CONSORTILE PER AZIONI
Contact Address
person
Name: STRADA TORINO 50
10043
Tel: ORBASSANO (TO)
Fax: ITALIA
E-mail: Region: NORD OVEST PIEMONTE Torino
URL: Organization Type: Research
Organization: FRAUNHOFER GESELLSCHAFT ZUR FOERDERUNG DER ANGEWANDTEN
FORSCHUNG E.V.
Contact Address
person
Name: HANSASTRASSE 27C
80686
Tel: MUENCHEN
Fax: DEUTSCHLAND
E-mail: Region: BAYERN OBERBAYERN München, Kreisfreie Stadt
URL: Organization Type: Research,Other
Organization: EUROPAISCHES MICROSOFT INNOVATIONS CENTER GMBH
Contact Address
person
DOCUMENTARY SEARCHES 19
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Name: RITTERSTRASSE 23
52072
Tel: AACHEN
Fax: DEUTSCHLAND
E-mail: Region: NORDRHEIN-WESTFALEN KÖLN Aachen, Kreisfreie Stadt
URL: Organization Type: Other
Organization: SAP AG
Contact Address
person
Name: DIETMAR HOPP ALLEE 16
69190
Tel: WALLDORF
Fax: DEUTSCHLAND
E-mail: Region: BADEN-WÜRTTEMBERG KARLSRUHE Rhein-Neckar-Kreis
URL: Organization Type: Industry
Organization: STMICROELECTRONICS S.R.L.
Contact Address
person
Name: VIA OLIVETTI 2
20041
Tel: AGRATE BRIANZA
Fax: ITALIA
E-mail: Region: LOMBARDIA
URL: Organization Type: Industry
Organization: INSTITUT NATIONAL DE RECHERCHE EN INFORMATIQUE ET EN
AUTOMATIQUE
Contact Address
person
Name: DOMAINE DE VOLUCEAU
78153
Tel: LE CHESNAY
Fax: FRANCE
E-mail: Region: ÎLE DE FRANCE Ile de France Yvelines
URL: Organization Type: Research
Organization: ASG VEEHOUDERIJ B.V.
Contact Address
person
Name: EDELHERTWEG 15
8219 PH
Tel: LELYSTAD
Fax: NEDERLAND
DOCUMENTARY SEARCHES 20
E.S. SEMINAR Athens, 28 June 2007 I-SSB
E-mail:
Region: OOST-NEDERLAND FLEVOLAND
URL: Organization Type: Other
Organization: CENTRE SUISSE D'ELECTRONIQUE ET DE MICROTECHNIQUE SA -
RECHERCHE ET DEVELOPPEMENT
Contact Address
person
Name: RUE JAQUET-DROZ 1
2007
Tel: NEUCHATEL
Fax: SCHWEIZ/SUISSE/SVIZZERA
E-mail: Region: ESPACE MITTELLAND Neuchâtel
URL: Organization Type: Research
Organization: UNIVERSITAET PADERBORN
Contact Address
person
Name: WARBURGER STRASSE 100
33098
Tel: PADERBORN
Fax: DEUTSCHLAND
E-mail: Region: NORDRHEIN-WESTFALEN DETMOLD Paderborn
URL: Organization Type: Education
Organization: TECHNISCHE UNIVERSITEIT EINDHOVEN
Contact Address
person
Name: DEN DOLECH 2
5600 MB
Tel: EINDHOVEN
Fax: NEDERLAND
E-mail: Region: ZUID-NEDERLAND NOORD-BRABANT Zuidoost-Noord-Brabant
URL: Organization Type: Education,Other
Organization: HEALTH TELEMATIC NETWORK S.P.A.
Contact Address
person
Name: VIA ALDO MORO 13
25124
Tel: BRESCIA
Fax: ITALIA
E-mail: Region: LOMBARDIA Brescia
URL: Organization Type: Other
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Organization: RHEINISCH-WESTFAELISCHE TECHNISCHE HOCHSCHULE AACHEN
Contact Address
person
Name: TEMPLERGRABEN 55
52062
Tel: AACHEN
Fax: DEUTSCHLAND
E-mail: Region: NORDRHEIN-WESTFALEN KÖLN Aachen, Kreisfreie Stadt
URL: Organization Type: Education,Research
DOCUMENTARY SEARCHES 22
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Intelligent Modular Multi-sensor Networked False
Alarm Free Fire Detection System
Project Acronym: IMOS Project status: Completed
Coordinator
Organization name: WAGNER ALARM- UND SICHERUNGSSYSTEME GESELLSCHAFT MIT
BESCHRANKTER HAFTUNG
Contact person Address
Name: Claus Peter REINECKE ENTWICKLUNGSABTEILUNG
SCHLESWIGSTRASSE 5
Tel: +51-19-7383370 30853
Fax: +51-19-7383130 LANGENHAGEN
DEUTSCHLAND
E-mail: Contact
Region: NIEDERSACHSEN HANNOVER Hannover,
Landkreis
URL: Organization Type: Industry
Description
Objective:
The main objective of IMOS project is the development and the demonstration of a false
alarm free fire detection system for large buildings and production plants. This will be
achieved by the development of an intelligent multisensor microsystem (IMS) comprising:
An optical multi sensor (OMS), which measures the scattered light and absorptions at least
by two different wavelengths and at least by two different scattering angles in order to
discriminate between fire and non-fire situations,
A multi-gas-sensor-system (MGS), which is able to measure at least CO, CO2, NO,
unburned hydrocarbons and alkaloids,
A neural network running in an embedded system, which will identify smoke fingerprints
using all the available sensors information, and teleservice.
Work description:
First of all, we will conduct fire tests according to EN54 and also tests with paper fire and
tobacco smoke to identify the fire and non-fire patterns. We will analyse and evaluate the
results of these tests in order to select suitable gas and optical multi-sensors for the
measurement and identification of fire products. Then, the final specification of the system
architecture and algorithms will be set up. Two workgroups will design and develop the
multi-gas-sensor-system (MGS) and the optical-multi-sensor (OMS) in parallel. The MGS
will measure at least CO, CO2, NO, unburned hydrocarbons and alkaloids. The OMS will
measure the scattered light at different wavelengths and at different scattering angles.
The integration of the developed MGS and the developed OMS will be accompanied by the
development of the neural network running in an embedded system which will be
equipped with a LON network for teleservice and telemaintenance.
Two prototypes will be manufactured for final testing and field tests. The final testing and
qualification will include the validation of the fire detection performance, discrimination of
nuisance situations and telemanagement functionality. We will verify the fire detection
performance with the same fire tests as for the smoke pattern identification. The improved
functionality of IMOS prototype will be demonstrated at two different industrial
applications, in a recycling plant and in a public building. The telemanagement feature will
able us to follow the demonstration through the Internet.
Milestones:
M03 Specification of the intelligent multisensor microsystem (IMS)
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M15 Development and test of the multi-gas-sensor-system (MGS) and the optical-multi-
sensor (OMS)
M24 Integration of the MGS and OMS and development of the neural network and
teleservice
M32 Final testing and qualification
M36 Field tests in two different industrial applications.
General information:
Project Details
Start date: 2002-07-01 End date: 2005-06-30
Duration: 36 months Project Reference: IST-2001-38404
Project cost: 2548674 EURO Project Funding: 1100000 EURO
Programme Acronym: IST Programme type: Fifth Framework
Programme
Subprogramme Area: CPA10: Sensor Contract type: Cost-sharing contracts
technologies and applications
Subject index: Innovation, Technology Transfer, Information Processing, Information
Systems
Other participants
Organization: OESTERREICHISCH-UNGARISCHES BRANDSCHUTZ- UND
SICHERHEITSTECHNISCHES LABOR GMBH
Contact person Address
Name: AMBRO, Peter EMILABS-LABORATORIUM
XI. DIOSZEGI U. 37
Tel: +36-13-726113 1113
Fax: +36-13-726113 BUDAPEST
MAGYARORSZAG
E-mail: Contact
Region: KOZEP-MAGYARORSZAG Budapest
URL: Organization Type: Industry
Organization: FACHHOCHSCHULE NORDOSTNIEDERSACHSEN
Contact person Address
Name: MEYER, Jens DEPARTMENT APPLIED AUTOMATION TECHNOLOGY
Thomas VOLGERSHALL 1
21339
Tel: +49-41-31677410 LUENEBURG
Fax: +49-41-31677300 DEUTSCHLAND
E-mail: Region: NIEDERSACHSEN LÜNEBURG Lüneburg, Landkreis
URL: Organization Type: Education
Organization: OPTIS
Contact person Address
Name: DAUGA, Christophe ENGINEERING & CONSULTING DEPARTMENT
RUE PARMENTIER ZE DE LA FARLEDE
Tel: +33-49-4086690
DOCUMENTARY SEARCHES 24
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Fax: +33-49-4086694 83078
TOULON
E-mail: Contact FRANCE
Region: MÉDITERRANÉE PROVENCE-ALPES-CÔTE D'AZUR
Var
URL: Organization Type: Industry
Organization: TETIDE S.R.L.
Contact person Address
Name: GALATA, Alfio TETIDE
VIA DEGLI SCIPIONI 1
Tel: +39-22-0241746 20129
Fax: +39-22-9536894 MILANO
ITALIA
E-mail: Contact
Region: LOMBARDIA
URL: Organization Type: Industry
Organization: GENERAL PAPER RECYCLING REAL ESTATE AND HOTEL COMPANY S.A.
Contact person Address
Name: LAZOPOULOS, MANUFACTURE PLANT OF GENERAL PAPER RECYCLING S.A.
Dimitrios EVRIPIDOU 57-61
Tel: +30-2150-595704 ATHENS
Fax: +30-2150-595708 HELLAS
E-mail: Contact Region: ATTIKI
URL: Organization Type: Industry
Organization: MICROSENS PRODUCTS SA
Contact person Address
Name: DECOULON, Yves MICROSENS PRODUCTS
RUE JAQUET-DROZ 1
Tel: +41-32-7205360 2007
Fax: +41-32-7205712 NEUCHATEL
SCHWEIZ/SUISSE/SVIZZERA
E-mail: Contact
Region: ESPACE MITTELLAND Neuchâtel
URL: Organization Type: Other
Organization: UNIVERSITY OF MANCHESTER INSTITUTE OF SCIENCE AND TECHNOLOGY
Contact person Address
Name: PERSAUD, Krishna DEPARTMENT OF INSTRUMENTATION AND ANALYTICAL
SCIENCE (DIAS),
Tel: +44-16-12004892 SACKVILLE STREET
Fax: +44-16-12004879 M60 1QD
MANCHESTER
E-mail: Contact UNITED KINGDOM
DOCUMENTARY SEARCHES 25
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Region: NORTH WEST (UK) GREATER MANCHESTER
URL: Organization Type: Education
Organization: CENTRE SUISSE D'ELECTRONIQUE ET DE MICROTECHNIQUE SA -
RECHERCHE ET DEVELOPPEMENT
Contact person Address
Name: MICHEL, Jean SYTEM ENGINEERING DIVISION
Bernard (Dr.) RUE JAQUET-DROZ 1
2007
Tel: +41-32-7205597 NEUCHATEL
Fax: +41-32-7205720 SCHWEIZ/SUISSE/SVIZZERA
E-mail: Contact Region: ESPACE MITTELLAND Neuchâtel
URL: Organization Type: Research
DOCUMENTARY SEARCHES 26
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Infrastructure Damage Prevention, Assessment and
Reconstruction following a Diaster
Project Acronym: Project status: Accepted
Coordinator
Organization name: Institute for the Protection and Security of the Citizen
Contact person Address
Name: Fabio TAUCER Via E. Fermi 1
I-21020
Tel: Ispra
Fax: ITALIA
E-mail: Contact Region: LOMBARDIA Varese
URL: Organization Type:
Description
Objective:
Specific Objectives:
1. Gather all the necessary information available in literature on the effects of earthquakes
on non-engineered houses and the measures developed for enhancing their safety;
2. Establish a network of collaboration with the most relevant institutions and experts at
international level in the fields covered by the present action;
3. Define with AIDCO the specific needs for the definition of the building test specimen;
4. Define with AIDCO the extent of applicability of the recommendations and guidelines for
self-construction (buildings erected with no engineering/construction skills) in relation to
the requirements of local authorities.
Anticipated milestones and schedule: WP1 Literature Survey and Networking Task 1
Bibliograpfical Search - (1st, 2nd, 3rd and 4th trimesters 2003) Task 2 Networking - (1st,
2nd, 3rd and 4th trimesters 2003) WP2 Structural Testing Task 1 Mock-up selection,
design and construction - (4th trimester 2003) Milestones: M1 - Meeting with identified
experts, AIDCO and El Salvador local authorities - (beginning of 4th trimester 2003).
Achievements:
Planned Deliverables:
1.1 Bibliographical database;
1.2 Classification of the structural types typically present in El Salvador and Latin America
of self-constructed houses, with emphasis on those typologies that pose the earthquake
highest risk;
1.3 Comprehensive photographic records of non-engineered constructions from field
missions to affected areas following earthquake events;
2.1 List of relevant international institutions and researchers available for potential
collaboration and establishment of an agreement of collaboration with interested parties;
3.2 Meeting with the representatives of the Sustainable Rural Development, Infrastructure
and Environment Unit of the Latin America Directorate of AIDCO, with collaborating
researchers and experts in the filed, and with representatives of the local authorities of El
Salvador;
3.3 Concept definition of the mock-up;
4.1 General outline for setting up a framework of recommendation and guidelines for the
self-construction of non-engineered houses.
General information:
Summary of the Action:
The present action is directed towards the support of the Europe-Aid Cooperation Office
(AIDCO) for the damage prevention, assessment and reconstruction of infrastructure
following natural and technological disasters. The JRC will commit to this action by
DOCUMENTARY SEARCHES 27
E.S. SEMINAR Athens, 28 June 2007 I-SSB
providing well-recognised technical expertise in the field of structural assessment in an
independent manner from national or commercial interests. Following technical and topical
discussions and consultations with the Sustainable Rural Development, Infrastructure and
Environment Unit of the Latin America Directorate of AIDCO, the action team will provide
support along two main lines of action. The first line of action will be concentrated on
prevention, whereby the JRC, based on its experience and know-how on structural
assessment of building structures, will draft recommendations and guidelines for the
construction of safe non-engineered houses in seismic areas. The second line of action will
be dedicated towards the field evaluation and assessment of the quality of the
construction works financed by AIDCO for the reconstruction of damaged housing and
infrastructure in the affected areas following the devastating effects of El Salvador 2001
earthquake.
Rationale:
The European Union is one of the major actors in international co-operation and
development assistance, providing along with Member States 55% of total International
Official Development Assistance (ODA) and more than two thirds of grant aid. In this
context the JRC will provide support to the Europe-Aid Cooperation Office (AIDCO) for the
damage prevention, assessment and reconstruction of infrastructure following natural and
technological disasters, providing well-recognised technical expertise in the field of
structural assessment in an independent manner from national or commercial interests.
Following technical and topical discussions and consultations with the Sustainable Rural
Development, Infrastructure and Environment Unit of the Latin America Directorate of
AIDCO, the action team will provide support along two main lines of action. The first line
of action will be concentrated on prevention, whereby the JRC, through its unique facility
in Europe of the ELSA laboratory, will perform full/large scale tests on models of civil
engineering structures and infrastructures to draft recommendations and guidelines for the
construction of safe non-engineered houses in seismic areas. The second line of action will
be dedicated towards the field evaluation and assessment of the quality of the
construction works financed by AIDCO for the reconstruction of damaged housing and
infrastructure in the affected areas following the devastating effects of El Salvador 2001
earthquake.
The JRC will thus act as a body of the Commission that will effectively coordinate and
implement the Scientific and Technical (S&T) support needed by AIDCO. In particular, the
JRC will contribute by giving support to AIDCO for the implementation, monitoring and
evaluation of projects and programmes to ensure that Community aid is implemented
effectively, whilst providing high standards of quality and speed in the design and
implementation of projects. Specifically, the Sustainable Rural Development,
Infrastructure and Environment Unit of the Latin America Directorate of AIDCO, calls for
support in two different fields: "in the field of prevention: Analysis of the seismic
normative and drafting of recommendations in the form of manuals for their application in
the field of self-construction in El Salvador" "in the field of the construction of
infrastructure and housing in the framework of project SLV/B7-3100/01/073 'Programme
de Reconstruction de El Salvador': Assessment of the quality of construction works via a
filed mission to be planned at the beginning of 2004".
This action will foster a new channel of communication and cooperation between the JRC-
ELSA and the RELEX family of Directorates, in particular to offer S&T support to the
activities carried out by AIDCO. In view of the prominent role of RELEX as a key player at
an international level within the European Commission, it is expected that through this line
of work the level of cooperation with the JRC will grow in future Framework Programmes.
The present action will contribute to the European Research Area (ERA) by building up a
platform for researchers across Europe to participate in those activities related to the
study of the seismic response of non-engineered structures. The proposed action is linked
with action 4342 Information support for effective and Rapid External Action (ISFERA) in
this ISA and with ISA 4.3.3 on Technological and Natural Risks.
DOCUMENTARY SEARCHES 28
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Project Details
Start date: End date:
Duration: Project Reference: 4344
Project cost: Project Funding:
Programme Acronym: FP6-JRC Programme type: Sixth Framework
Programme
Subprogramme Area: Contribution to Contract type: Joint Research Centre
Commission objectives in humanitarian aid research
and assistance
Subject index: Coordination, Cooperation, Policies, Social Aspects
Other Indexes: Reconstruction assistance; earthquake disaster prevention; field
evaluation and assessment
DOCUMENTARY SEARCHES 29
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Use of Phospho Alpha Hemihydrate in Civil
Engineering Works and Gypsumelement Factories
Project Acronym: Project status: Completed
Coordinator
Organization name: Centre Scientifique et Technique de la Construction
Contact person Address
Name: DE PAUW 21-23,Rue de la Violette
1000
Tel: +32-2-5136050 Bruxelles
Fax: BELGIQUE-BELGIË
E-mail: Region: REG.BRUXELLES-CAP./BRUSSELS HFDST. GEW.
URL: Organization Type: Research
Description
Objective:
THE OBJECTIVE OF THE RESEARCH AND DEVELOPMENT IS THE ENCOURAGEMENT OF THE
USE OF PHOSPHO-ALPHA-HEMIHYDRATE IN CIVIL ENGINEERING AND GYPSUM ELEMENT
WORKS.
General information:
PHOSPHO-ALPHA-HEMIHYDRATE IS A WASTE PRODUCT FROM THE FERTILIZER
INDUSTRIES. TWO FACTORIES IN WESTERN EUROPE PRODUCE HEMIHYDRATE AS A
BYPRODUCT, IE PRAYON-ENGIS, BELGIUM AND WINDMILL-VLAARDINGEN, HOLLAND.
THESE COMPANIES ARE FORCED TO REDUCE THE EMISSION OF SLIGHTLY
CONTAMINATED CHEMICAL GYPSUM. PHOSPHO-ALPHA-HEMIHYDRATE IS USUALLY
DISPOSED OF AS A SLURRY. A PARTLY DEWATERED SLURRY CAN BE USED AS A MORTAR.
THIS MORTAR FORMS A BASE FOR THE CONSTRUCTION OF IN-PLACE MONOLITHS OR
SMALLER ELEMENTS. MONOLITHS SHOULD FIND THEIR WAY IN CIVIL ENGINEERING
PROJECTS, ELEMENTS MIGHT BE MARKETED IN THE BUILDING INDUSTRY.
PBI IS MAINLY CONCERNED WITH MORTARS AND MONOLITHS, WHILE BBRI (WTCB)
FOCUSSES ON BUILDING INDUSTRIES APPLICATIONS.
Project Details
Start date: 1988-02-01 End date: 1990-01-31
Duration: Project Reference: MA1D0006
Project cost: Project Funding:
Programme Acronym: RAWMAT 3C Programme type: First Framework
Programme
Subprogramme Area: Contract type: Cost-sharing contracts
Subject index: Industrial Manufacture, Materials Technology, Waste Management
Other Indexes: WASTE RECYCLING;CIVIL ENGINEERING;MORTARS (MATERIALS);RAW
MATERIALS;INDUSTRIAL WASTES
DOCUMENTARY SEARCHES 30
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Retrofitting existing plants for low cost production
of high performance building boards
Project Acronym: ZEOGYP-BOARD Project status: Completed
Coordinator
Organization name: KNAUF GYPSOPIIA A.B.E.E.
Contact person Address
Name: Minas KATANOPOULOS (Mr.) 233,Ave.L.Syngrou 233
17121
Tel: +30-2190-310567 ATHENS
Fax: +30-2190-310568 HELLAS
E-mail: Contact Region: ATTIKI
URL: Organization Type: Other
Description
Objective:
A new process will be developed and implemented for cost effective production of a new
generation of high performance gypsum-fibre boards (zeogyp-board) making more skilled
use of conventional gypsum board production lines with low capital investment. Old
gypsum boards will be used together with cellulose-fibres, fibrous clay residual from
wastepaper and zeolite to achieve undistorted setting-behaviour of gypsum and to
improve the strength and porosity of the board core resulting to higher surface hardness
and lower application time and cost. Similar products have limited market share due to
high production costs despite improved properties. The retrofitting approach prolongs the
life cycle of over one hundred existing plants with low capital investment and maintains
sustainable growth of the sector. It solves problems related with landfilling leading to zero
waste production and reduces raw gypsum requirements. It responds to consumers '
needs.
General information:
Project Details
Start date: 2001-04-01 End date: 2004-09-30
Duration: 42 months Project Reference: G1RD-CT-2001-03003
Project cost: 2854299 EURO Project Funding: 1498820 EURO
Programme Acronym: GROWTH Programme type: Fifth Framework
Programme
Subprogramme Area: Key Action Contract type: Cost-sharing contracts
Innovative Products, Processes and
Organisation
Subject index: Environmental Protection, Economic Aspects, Innovation, Technology
Transfer, Industrial Manufacture, Safety
Other participants
Organization: CENTRE SCIENTIFIQUE ET TECHNIQUE DU BATIMENT
Contact person Address
Name: COPE, Robert (Dr.) SERVICE MATÉRIAUX
DOCUMENTARY SEARCHES 31
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Tel: +33-47-6762550 24,Rue Joseph Fourier 24
38400
Fax: +33-47-6762560 Saint-Martin-d'Hères
E-mail: Contact FRANCE
Region: CENTRE-EST RHÔNE-ALPES Isère
URL: Organization Type: Research,Other
Organization: BELGIAN BUILDING RESEARCH INSTITUTE (CSTC/WTCB)
Contact person Address
Name: DE PAUW, Carlo (Ir.) MATERIALS DIVISION- BBRI
Avenue Pierre Holoffe 21
Tel: +32-27-164211 1342
Fax: +32-27-253212 LIMELETTE
BELGIQUE-BELGIË
E-mail: Contact
Region: RÉGION WALLONNE BRABANT WALLON
URL: Organization Type: Other,Research
Organization: INSTITUTE OF GEOLOGY AND MINERAL EXPLORATION
Contact person Address
Name: KOUSSIS, Antonis (Prof.) DEPARTMENT OF ECONOMIC GEOLOGY, GEOPHYSICS
AND REMOTE SENSING
Tel: +30-2170-771438 70,Messoghion Street 70
Fax: +30-2170-752211 115 26
ATHENS
E-mail: Contact HELLAS
Region: ATTIKI
URL: Organization Type: Research
Organization: PAPIERTECHNISCHE STIFTUNG
Contact person Address
Name: GROSSMANN, Hess-Strasse 134
Harald (Dr.) 80797
MUENCHEN
Tel: +49-89-1214690 DEUTSCHLAND
Fax: +49-89-1236592
Region: BAYERN OBERBAYERN München, Kreisfreie
E-mail: Stadt
h.grossmann@^ptspaper.de
URL: Organization Type: Research,Other
Organization: UNIVERSITY OF SALFORD
Contact person Address
Name: CORNER, Ray (Mr.) DEPARTMENT OF CIVIL AND ENVIRONMENTAL
ENGINEERING
Tel: +44-16-12955000 Meadow Road, Telford Building
Fax: +44-16-12955512 M5 4WT
DOCUMENTARY SEARCHES 32
E.S. SEMINAR Athens, 28 June 2007 I-SSB
E-mail: SALFORD,MANCHESTER
UNITED KINGDOM
Region: NORTH WEST (UK) GREATER MANCHESTER
URL: Organization Type: Education
Organization: VERDI S.R.L.
Contact person Address
Name: AZZOLINI, Pietro (Mr.) DIPARTIMENTO DI SCIENZE DELLA TERRA
Via S. Eufemia 19
Tel: +39-05-22683899 41100
Fax: +39-05-22683086 MODENA
ITALIA
E-mail:
Region: EMILIA-ROMAGNA Modena
URL: Organization Type: Other
Organization: GEBRUEDER KNAUF WESTDEUTSCHE GIPSWERKE KG
Contact person Address
Name: SETH, Harro (Mr.) R & D ABTEILUNG
Tel: +49-93-2331354 97343
Fax: +49-93-2331671 IPHOFEN
DEUTSCHLAND
E-mail:
Region: BAYERN UNTERFRANKEN Kitzingen
URL: Organization Type: Other
Organization: GRENZEBACH BSH GMBH
Contact person Address
Name: ULLSPERGER, August-Gottlieb-Strasse, 5
Frank (Mr.) 36251
BAD HERSFELD
Tel: +49-66-2181455 DEUTSCHLAND
Fax: +49-66-2181495
Region: HESSEN KASSEL Hersfeld-Rotenburg
E-mail:
URL: Organization Type: Other
DOCUMENTARY SEARCHES 33
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Multiple integrated intelligent closing system
Project Acronym: MIICS Project status: Completed
Coordinator
Organization name: Alternativa Coop. Srl
Contact person Address
Name: Via Estramurale Castello 1
66010
Tel: Miglianico di Chieti Chieti
Fax: ITALIA
E-mail: Region: ABRUZZO-MOLISE ABRUZZO Chieti
URL: Organization Type: Industry
Description
General information:
As far as technological innovation in the production of manufactured goods is concerned
the present trend is to put circuits and microprocessors in these objects. Thus the
manufactured goods will have a new functional aspect and an increasing part in the
industrial chain.
In the case of the closing sector, this process has started in the 60s' with automatisms for
doors or gates for instance or systems for windows. motorised blinds.
But an organic approach is also needed to consider this closing sector to be of primary
importance when one has to choose a building or a house or when safety is concerned.
Then it will become a very important element in the automation of the building trade with
a high value added due to innovation, new processes and electronics.
The industrial economic impact could be significant. There has already been an increase of
the number of windows in PVC and we could reach a C.I.M. (computer integrated
manufacturing) system.
The introduction of new control and automation technologies in the closing sector has also
positive spin-off in other sectors such as safety and the glass sector for instance.
Project Details
Start date: 1994-05-01 End date: 1994-07-31
Duration: Project Reference: CR153891/BRE21181
Project cost: Project Funding:
Programme Acronym: CRAFT Programme type: Third Framework
Programme
Subprogramme Area: Design integrating Contract type: Cost-sharing contracts
strategies
Subject index: Industrial Manufacture, Aerospace Technology, Materials Technology
Other Indexes: Construction/Building/Civil engineering; Assembly/Joining;
Plastics/Rubbers; Control systems; Processing (rubber & plastic); Electrical;
Sensors/Signal processing
DOCUMENTARY SEARCHES 34
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Partners’ involvement in relevant R&D projects
KNAUF Gips KG, Germany (Gebr. Knauf Westdeutsche Gipswerke)
Recycling plant for plaster board waste from building sites and production LIFE 2
Forschungszentrum Karlsruhe GmbH, Germany
Investigation of basic interface properties of advanced materials applicable INTAS
to chemical sensors
Secure Authentication by a Biometric Rationale and Integration into IST
Network Applications SABRINA
TELEMAN 7 : vision systems and sensors VISYS TELEMAN
Test of long-range teleoperated handling equipment with different tools for DECOM 3C
concrete dismantling and radiation protection monitoring
Innovative Sensor System for Measuring Perceived Air Quality and Brand FP6-NEST
Specific Odours SYSPAQ
Innovative Technologies in Automatic Control of Waste Incineration ENV 1C
Processes CLEAN
Integration of Microcomponents in an Interventional Cardiac Catheter ESPRIT 3
IMICS
Competence Centre on POLYmer MICROoptics POLYMICRO IST
TELEMAN 48 - Intelligent Nuclear Gantry Robot Integrated Demonstrator TELEMAN
INGRID
ROBOtic delivery of SENSors in a seismic risk assessment framework IST
ROBOSENSE
Development of Advanced Surface Technology for Extended Resistance in FP6-NMP
Extreme Environment ASTERIXE
Development of measuring systems for gamma radiation in contaminated INTAS
areas
HUMAN
From hard to ultrasoft colloids
POTENTIAL
Dynamic Networked Infranet-Partners INFRANET IST
Energy and environment - optimal control strategies for reducing ENNONUC 3C
emissions from energy production and energy use.
Energy and environment - optimal control strategies for reducing ENNONUC 3C
emissions from energy production and energy use
Pro-active management of the Impact of Cultural Tourism upon Urban FP6-POLICIES
Resources and Economies PICTURE
BRITE/EURAM
Recovery and utilisation of carbon dioxide
3
Association agreement CEC/NRPB NFS 1
Wölfel Beratende Ingenieure GmbH & Co., Germany
Composite and Adaptive Structures : Simulation, Experimentation and FP6-NMP
DOCUMENTARY SEARCHES 35
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Modelling CASSEM
Safety Assessment and Lifetime Management of Industrial Piping Systems FP6-NMP
SAFE PIPES
Fraunhofer Institut für Silicatforschung, Germany
RADWASTOM
Ermittlung der Korrosionsmechanismen Anhaw-Haltigem Glas
2C
RADWASTOM
Vergleichsstudie ueber Einen Autoklav-Auslaugtest
2C
Evaluation of existing characterization data of HLW forms to determine RADWASTOM
common mechanisms and solubility limits 2C
RADWASTOM
Ermittlung der Korrosionmechanismen an HLW-Haltigem Glas
2C
PECO/COPERN
Technologies of preserving the monuments of copper alloy
ICUS
PECO/COPERN
Development of fibre optic chemical sensors
ICUS
Evaluation of paint consolidants for stained glass windows CARMONA EESD
TEJERO, NOEM
PECO/COPERN
New conservation methods for outdoor bronze sculptures
ICUS
Comparison of conservation materials and strategies for sustainable FP6-POLICIES
exploitation of immovable industrial cultural heritage made of iron and
steel CONSIST
New Conservation Methods for Outdoor Bronze Sculptures - ENV 1C
A light dosimeter for monitoring cultural heritage: development, testing EESD
and transfer to market (LIDO)
Monitoring the Corrosion State of Glass Objects by Optimized Micro- SMT
Computerized X-Ray-Tomography
Development of new dielectrical and optical materials, testing and BRITE/EURAM
comparison with existing polymers and application in multi-chip-modules 2
Assessment and monitoring the environment of cultural property ENV 1C
Development of new dielectric and optical materials and process- BRITE/EURAM
technologies for low cost electrical and/or optical packaging and testing of 3
precompetitive demonstrators DONDODEM
BRITE/EURAM
Development of a new processable solid Li+ electrolyte for energy storage
2
Technische Universität Darmstadt, Germany
Vision Technologies and Intelligent Maps for Mobile Attentive Interfaces in FP6-IST
Urban Scenarios MOBVIS
PASSIVE SOLAR ENERGY FOR DOMESTIC AND COMMERCIAL SPACE ENALT 2C
HEATING
Intelligent Materials for Active Noise Reduction INMAR FP6-NMP
Network - integrity assessment of large concrete dams NW-IALAD GROWTH
DOCUMENTARY SEARCHES 36
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Lifetime engineering of buildings and civil infrastructures LIFETIME GROWTH
BRITE/EURAM
Improved Machinery Performance using Active Control Technology IMPACT
3
NAnoscale Integrated processing of self-organizing Multifunctional Organic FP6-NMP
Materials NAIMO
Intelligent Materials for Active Noise Reduction INMAR FP6-NMP
Co-operative Networks for Intelligent Road Safety COOPERS FP6-IST
Cooperative systems for road safety "Smart Vehicles on Smart Roads" FP6-IST
SAFESPOT
FP6-
Technologies and Techniques for New Maintenance Concepts (TATEM)
AEROSPACE
University of Leeds, United Kingdom
Development of domestic power generation systems using stirling engines INCO
and combustion chambers for natural gas
ENERGY (Comfort 2000) [PHASE 2] EC 2000 THERMIE 1
ENERGY (Comfort 2000) [PHASE 1] EC 2000 THERMIE 1
Electronic Immuno-Interfaces and Surface Nanobiotechnology: A FP6-NMP
Heterodoxical Approach. ELISHA
Genetic analysis of complex co-evolved behavioural traits CO-EVOLVED HUMAN
TRAITS POTENTIAL
Prevention of Environmental Pollution by Sewerage Tunnel Failures INTAS
Methods for assessing salt intrusion and transport in heterogeneous and EESD
fractured aquifers SALTRANS
Building environmental quality evaluation for sustainability through time ENV 2C
network
The development of improved techniques for the installation of reinforcing BRITE/EURAM
for concrete structures 3
Reconstruction using Scanned Laser and Video RESOLV ACTS
Euro-Project (London, Lyon, Amsterdam, Munich and Dublin, with DRIVE 2
MARGOT) LLAMD
Assessing LArge-scale environmental Risks with tested Methods ALARM FP6-SUSTDEV
Advanced tomographic sensors for industrial multiphase imaging INCO
Electronic profiling of food and beverage odour for quality determinations FAIR
Profile-qd PROFILE-QD
Synthesis and nanotechnologial application of tethered silicates SANTS FP6-NMP
Sensor arrays for environmental, generic and routine detection of LIFE QUALITY
pesticides SAFEGARD
BRITE/EURAM
Ferroelectric polymer and composite sensors and transducers.
1
Ionic polymer-metal composite as sensor and actuator: application in FP6-NMP
motion control ISAMCO
Advanced tomographic sensors for industrial multiphase imaging BRITE/EURAM
DOCUMENTARY SEARCHES 37
E.S. SEMINAR Athens, 28 June 2007 I-SSB
3
Novel Terahertz Sensing and Imaging Systems for Biotechnology, FP6-IST
Healthcare, Security and Process Monitoring TERANOVA
Avalanche studies and model validation in Europe SATSIE EESD
From seismic anisotropy to upper mantle flow - an integrated numerical TMR
study
COAL-STEEL-
Advances in exploration methods and applications ADEMA
RTD C
Permo-carboniferous rifting in Europe magmatism, geodynamics A/ TMR
thermal evolution of the lithosphere
Spatial Mining for Data of Public Interest SPIN! IST
A satellite telecommunication and internet-based seismic monitoring EESD
system for volcanic eruption forecasting and risk management E-RUPTION
Relationship between pre-Jurassic intra-cratonic rifting and back-arc INTAS
extension on the southern margin of the East-European Craton
Instrumentel Ltd, United Kingdom
-
KNAUF Gypsopiia ABEE, Greece
BRITE/EURAM
Optimization of perlite processing for utilization in new building materials
2
Retrofitting existing plants for low cost production of high performance GROWTH
building boards ZEOGYP-BOARD
BRITE/EURAM
European thematic network on extractive industries EUROTHEN
3
National Technical University of Athens, Greece
Micro-Integrated Intelligent Optical Sensor Systems MINOSS ESPRIT 3
Integrated approach to solar control techniques SOLAR CONTROL NNE-JOULE C
Faulf, fractures and fluids : gulf of corinth (3F-CORINTH) EESD
Material-state based control in composites processing through dielectric GROWTH
monotoring CONDICOMP
Investigation of the Viability of MEMS Technology for Boundary Layer BRITE/EURAM
Control on Aircraft 3
BRITE/EURAM
Fibre optic sensors - European network FOS-EN
3
FP6-
Technologies and Techniques for New Maintenance Concepts (TATEM)
AEROSPACE
Experimental evaluation of technical interventions to reduce seismic ENV 1C
vulnerability of old existing buildings
Earthquake protection for historic town centres ENV 1C
DOCUMENTARY SEARCHES 38
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Reliability of moment resistant connections of steel building frame s in INCO
seismic areas RECOS
Conservation of historical mediterranean sites by innovative seismic- INCO 2
protection techniques CHIME
Improved assessment of steel buildings performance during earthquakes. ENV 2C
STEELQUAKE
BRITE/EURAM
Industrial development of reinforced masonry buildings
1
Seismic Protection of Historical Buildings by Reversible Mixed Technologies FP6-INCO
PROHITECH
Cooperative advancements in seismic and dynamic experiments HUMAN
(CASCADE) POTENTIAL
Risk Mitigation for Earthquakes and Landslides LESSLOSS FP6-SUSTDEV
Vulnerability of buried pipelines under seismic loading ENV 1C
Overall GPS Strain Determination and assessment of Seismic hazard in ENV 2C
Greece
European consortium of earthquake shaking tables - phase 2 ECOEST TMR
PECO/COPERN
Vulnerability of pipe lines under seismic loading
ICUS
Seismic risk assessment and mitigation of hospital facility networks ENV 1C
A european test site for earthquake precursors and crustal activity: the ENV 2C
gulf of Corinth, Greece
Age-variant seismic structural reliability of existing underground water EESD
pipelines SEISLINES
Demonstrating the utility of sar differential interferometry for the ENV 2C
assessment of seismic risk
Fault-rupture and strong-shaking effects on the safety of composite EESD
foundations and pipeline systems: quantification and reduction of seismic
risk through the application of advanced geotechnical engineering
techniques. QUAKER
Active Faulting and Seismic Hazard in Attaki (Greece) ENV 2C
The dynamic crack model in earthquake source mechanics TMR
Monuments under seismic action : a contribution to the understanding of ENV 1C
structural behaviour and to the improvement of restoration techniques
Seismic protection of built heritage HCM
Structural control versus seismic mitigation INTAS
COAL-STEEL-
Storage racks in seismic areas SEISRACKS
RTD C
Assessment of seismic hazard in El Salvador ISC C
An integrated study of seismic hazard assessment in the area of aigion, EESD
gulf of corinth, greece CORSEIS
Seismic behaviour of precast concrete structures with respect to eurocode GROWTH
8 CO-NORMATIVE RESEARCH)
3D Site effects and soil-foundation interaction in earthquake and vibration ENV 2C
DOCUMENTARY SEARCHES 39
E.S. SEMINAR Athens, 28 June 2007 I-SSB
risk evaluation. TRISEE
IMPROVED MINE PILLAR DESIGN AND GROUND CONTROL BY USING ROCK MATREC C
MECHANICS FOR BAUXITE MINING
Prenormative Research in Support of Eurocode 8 PREC8 HCM
Genesis and impact of tsunamis on the european coasts : Tsunami ENV 2C
warning and observations GITEC-TWO
TELEMATICS
Rapid Damage Assessment Telematic Tool RADATT
2C
University of Patras, Dept. of Civil Engineering, Greece
Novel concepts in earthquake resistant design of reinforced concrete TMR
buildings
Seismic performance assessment & rehabilitation SPEAR GROWTH
Development of guidelines for the design of concrete structures, TMR
reinforced, prestressed or strengthened with advanced composites
HUMAN
Safety assessment for earthquake risk reduction
POTENTIAL
Open and fully compatible next generation of strengthening system for the FP6-INCO
ReHAbilitation of Mediterranean cultural heritage OPERHA
European Network for Composite Reinforcement EN-CORE FP6-MOBILITY
DGMR Bouw BV, The Netherlands
-
University of Twente, The Netherlands
Integration of piezoelectric thin films in micro-electromechanical systems FRAMEWORK
(MEMS-PIE) 6C
Sediment Transport Modelling in Marine Coastal Environments SEDMOC MAST 3
Intelligent Materials for Active Noise Reduction INMAR FP6-NMP
BRITE/EURAM
Applications of smart structures in engineering technology ASSET
3
Physical and mechanical properties of densified veneer wood (DVW) FOREST
forstructural applications
Energy Efficient Sensor Networks EYES IST
Hot Spin Electronic Active Magnetic Sensors for Automotive, Data-Storage BRITE/EURAM
and Mechanical Engineering Applications 3
Capturing Ambient Intelligence for Mobile Communications through FP6-IST
Wireless Sensor Networks E-SENSE
ElectroMechanical Microcomponents for precision Applications EMMA IST
IST
An integrated microbiosensor system for patient monitoring by
measurement of extremely low analyte concentrations present in the blood
PAMELA
DOCUMENTARY SEARCHES 40
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Cricket inspired perception and autonomous decision automata CICADA IST
Asociacion De Investigación De Las Industrias De La Construcción,
Spain
European network for product and project data exchange, e-work and e- IST
business in architecture, engineering and construction PRODAEC
BRITE/EURAM
Marble antibreakage system
3
Additions and treatment on the surface to increase the performance BRITE/EURAM
qualities of reinforced concrete pipes 3
Utilisation of wastes from ceramic industries for low costs and hig h BRITE/EURAM
performance of concrete 3
Ultaronic diagnostic system to develop a non destructive control for GROWTH
ornamental stone UDS
European standard tests to prevent alkali reactions in aggregates GROWTH
PARTNER
Re-engineering of natural stone production chain through knowledge FP6-NMP
based processes, eco-innovation and new organisational paradigms I-
STONE
European construction research network E-CORE GROWTH
Thematic network on ornamental stones OSNET GROWTH
Lifetime engineering of buildings and civil infrastructures LIFETIME GROWTH
University of Valencia, Spain
Life quality of senior citizens in relation to mobility conditions SIZE LIFE QUALITY
HUMAN
Asymmetric catalysts using three-fold symmetry AC3S
POTENTIAL
Healthy ageing : how changes in sensory physiology, sensory psychology LIFE QUALITY
and socio-cognitive factors influence food choice. HEALTHSENSE-CHOICE
SMART MultiSPECTRAl System for Commercial Applications IST
SMARTSPECTRA
Exploitation of AnGular effects in Land surfacE observations from satellites FP6-
(EAGLE) AEROSPACE
European network for the development of advanced models to interpret ENV 2C
remote sensing data over terrestrial environments ENAMORS
Network of Excellence on broadband Fiber Radio Techniques and its IST
Integration Technologies NEFERTITI
HAPEX - SAHEL ENV 1C
Remote Sensing of Mediterranean Desertification and Environmental ENV 2C
changes RESMEDES
Synthesis of change detection parameters into a land-surface change ENV 2C
indicator for long-term desertification studies
Creating Ubiquitous Intelligent Sensing Environments [Network of FP6-IST
Excellence on the Application and Communication aspects of Wireless
Sensor Networking] CRUISE
DOCUMENTARY SEARCHES 41
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Swiss Federal Laboratories for Materials Testing and Research,
Switzerland
Analysis, selection and statistical treatment of thermal properties of SMT
building materials for the preparation of harmonised design values
Multi-wavelenghts shearography MUWAS BRITE/EURAM 3
Information system and qualifying criteria for proficiency testing schemes SMT
Construction, characterisation and application of calibration panels for U- MAT
value measurement of glazed assemblies
Shear test for thermally sprayed coatings SHEAR TEST GROWTH
Assessment of thermal properties of protective clothing and their use GROWTH
THERMPROTECT
Determination of the thermal resistance of walls - masonry in dry and SMT
moist state and of a conversion procedure to get the appropriate design
value
Silicon nitride based laminar and functionally gradient ceramics for INCO 2
engineering application LAMINATES
First article tomography inspection methodology advancement FATIMA GROWTH
System for observation of greenhouse gases in europe (SOGE) EESD
Multifunctional timber facade system made from nanosol finished GROWTH
thermowood for sustainable building facades NANOWOOD
International Structural Assessment Monitoring and Control I-SAMCO FP6-NMP
High-resolution optical non-destructive evaluation for electro-optical GROWTH
leading-edge microsystems HIRONDELLE
Demonstration of a Nano-precipitate Hardened Ferritic Welded Steel EESD
Rotor in a High Efficiency Gas Turbine Target Action F: Gas Power
Generation NANOROTOR
Standardisation project for optical techniques of strain measurement GROWTH
SPOTS
Advanced materials and manufacturing technologies for photocatalytically GROWTH
active surfaces PHOTOCOAT
Design of grp flanges and tests to verify the design and to determine GROWTH
long-term properties of grp pipes (GRP DESIGN & TESTS)
Dye photovoltaic cells for indoor applications NNE-JOULE C
Alternative materials in road construction ALT-MAT TRANSPORT
Improving quality in testing and evaluation of solar and thermal EESD
characteristics of building components (IQ TEST)
Development of a smart nanorobot for sensor-based handling in a GROWTH
scanning electron microscope ROBOSEM
Glow discharge spectroscopy for spectrochemical analysis SMT
Nanologue: Facilitating the dialogue between research, business and the FP6-NMP
civil society to improve the quality of life, create wealth and reduce
impacts to society NANOLOGUE
DOCUMENTARY SEARCHES 42
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Model for multi-pollutant impact and assessment of threshold levels for EESD
cultural heritage MULTI-ASSESS
Cmc integration and demonstration for gas turbine engines (CINDERS) EESD
Assessment of metal matrix composites for innovations MMC ASSESS BRITE/EURAM 3
Structural assessment monitoring and control GROWTH
Limit strains for severe accident conditions LISSAC FP5-EAECTP C
European Calculation Tool For Properties of Window systems And Their EESD
Components, To Achieve Optimum Energy Savings And Indoor Comfort
In Practice WISKIT
Improvement of Interlaboratory Reproducibility for NOx and CO SMT
Measurements
Fiber computing FICOM IST
Carbon Nanotubes for Applications in Electronics, Catalysis, Composites FP6-NMP
and Nano-Biology CANAPE
Advanced windows information system WIS JOULE 2
Cluster project on demand controlled hybrid ventilation in residential EESD
buildings with specific emphasis of the integration of renewables
(RESHYVENT)
European thematic network on practical recommendations for EESD
sustainaible construction (PRESCO)
Thematic network on solid oxide fuel cell technology (SOFCNET) EESD
Integration of manufacturing systems for mass-manufacture of FP6-NMP
miniature/micro-products MASMICRO
Inteligent cities INTELCITIES FP6-IST
SIKA Technology A.G., Switzerland
Assessing long term durability of bonded automotive metallic structures GROWTH
(LTD-BAMS)
Design and function of novel polymeric admixtures for more durable high GROWTH
performance concrete SUPERPLAST
Technology innovation in underground construction TUNCONSTRUCT FP6-NMP
Fundamental understanding of cementitious materials for improved FRAMEWORK
chemical physical and aesthetic performance NANOCEM 6C
Mostostal Warszawa S.A., Poland
Concurrent Engineering Design Methodology for Advanced Steel Struct INCO
ures
Open Building Manufacturing MANUBUILD FP6-NMP
Vladimir Cervenka – Consulting, Czech Republic
Sustainable Bridges: Assessment for Future Traffic Demands and Longer FP6-SUSTDEV
Lives (SUSTAINABLES BRIDGES)
DOCUMENTARY SEARCHES 43
E.S. SEMINAR Athens, 28 June 2007 I-SSB
A. M. IKODOMIA LTD, Cyprus
-
Risk Engineering Ltd., Bulgaria
FP6-EURATOM-
VVER Safety Research COVERS
NUCTECH
Process industries safety management thematic network on human GROWTH
factors
Hellenic Organization for Standardization, Greece
Quality and on line confidence in SMEs e-business processes DIGI-Q IST
DOCUMENTARY SEARCHES 44
E.S. SEMINAR Athens, 28 June 2007 I-SSB
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E.S. SEMINAR Athens, 28 June 2007 I-SSB
SOME RELEVANT PATENTS
System and method for creating distributed applications
utilizing portable devices and physical location of the
portable device
Publication number: Also published as:
WO2006015352
Publication date: 2006-02-09 WO2006015352 (A3)
Inventor: FLOM MICHAEL (US); POLIZZANO JOSEPH (US) EP1776645 (A3)
Applicant: PORTABLE INTERNET INC (US); FLOM MICHAEL (US); EP1776645 (A2)
POLIZZANO JOSEPH (US) EP1776645 (A0)
Classification:
- international: G06F9/44; G06F9/44;
- European: Cited documents:
Application number: WO2005US27362 20050729
Priority number(s):
US6748447
US20040592188P 20040729
US2003182435
View INPADOC patent family
View list of citing documents
View document in the European Register
Abstract of WO2006015352
A system and method for creating and deploying
distributed applications. A template defines a business
process by means of validation, input, permission and
workflow rules. The specific business process is
performed by first creating a document that is a particular
instantiation of the template. The document embeds all
of the rules of the template along with data particular to
that particular process. The document may then be
assigned to a specific user, and be delivered over a
wireless network. The user may view and/or update
portions of the document and forward the document to a
next participant in the process, all according to the
embedded rules. Document updates may incorporate
input from external sensors such as Global Positioning
Satellite (GPS) and bar code scanners. After
instantiation, the document is independent of the original
template, with the document holding the actual results of
the business process throughout the process.
Data supplied from the esp@cenet database - Worldwide
DOCUMENTARY SEARCHES 47
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Earthquake sensor for locking devices of seismic isolation
building
Publication JP2006234755
number:
Publication date: 2006-09-07
Inventor: KUSAKA SATORU
Applicant: TAKENAKA KOMUTEN CO
Classification:
- international: G01H1/00; E02D27/34; E04H9/02; F16F15/02; G01H1/00; E02D27/34;
E04H9/02; F16F15/02;
- European:
Application JP20050053428 20050228
number:
Priority JP20050053428 20050228
number(s):
View INPADOC patent family
View list of citing documents
Abstract of JP2006234755
PROBLEM TO BE SOLVED: To provide
an earthquake sensor for a locking device
of a seismic isolation building that can
surely change the lock device into a
locking release state by taking out a
vertical component and a horizontal
component of a P wave during an
earthquake to efficiently detect the P
wave regardless of a mechanical
constitution having no possibility of
generating electric failure.
SOLUTION: The earthquake sensor
supports one end part of a leaf spring 20
arranged horizontally on a lower structure
1B of a seismic isolation layer through a
horizontal traverse shaft 21 and includes
a rise plate part 22 folded upward on the
other end of the leaf spring. A swing
weight 23 is connected to the upper end
of the rise plate part, and supported to be
hung on an upper structure 1A or the
lower structure 1B through a hanging
spring 24. The lock device 4 is changed
over from a locked state to the locking
release state by behavior, around the
horizontal traverse shaft, of the leaf spring
accompanying fluctuation of the swing
weight due to the P wave during the
earthquake.
COPYRIGHT: (C)2006,JPO&NCIPI
Data supplied from the esp@cenet database - Worldwide
DOCUMENTARY SEARCHES 48
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Security monitoring equipment for buildings includes
seismic vibration receiver transducer with one part attached
to building with inertial mass driving it
Publication DE102004017760
number:
Publication date: 2005-01-13
Inventor: SELZER ANDREAS (DE); SELZER INGEBORG (DE)
Applicant: SELZER ANDREAS (DE); SELZER INGEBORG (DE)
Classification:
- international: G08B13/16; G08B13/16; (IPC1-7): G08B25/10
- European: G08B13/16B1
Application DE200410017760 20040410
number:
Priority DE200410017760 20040410; DE20031031748 20030626; DE20031046318
number(s):
20031006; DE200410004454 20040128
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Abstract of DE102004017760
The sensor (2) is a seismic vibration receiver transducer (22) converting mechanical oscillation
into electrical signals. One part of the sensor (21) fixed to the building, the other part driving it,
comprises an inertial mass (23)
Data supplied from the esp@cenet database - Worldwide
DOCUMENTARY SEARCHES 49
E.S. SEMINAR Athens, 28 June 2007 I-SSB
System and method for fire control during and after
earthquakes
Publication number: US6414601
Publication date: 2002-07-02
Inventor: MASSEDONIO HUGO A (CA)
Applicant: 467768 B C LTD (CA)
Classification:
- international: G08B21/10; G08B21/00; (IPC1-7): G08B21/00
- European: G08B21/10
Application number: US19990461997 19991215
Priority number(s): US19990461997 19991215
View INPADOC patent family View list of citing documents
Abstract of US6414601
A system and method of
disabling utility service supplied
to a building during and after an
earthquake. A shock sensor for
sensing seismic activity is
provided and a seismic activity
threshold is established. Seismic
activity is sensed over time and
the seismic activity sensed is
compared to the seismic activity
threshold. When seismic activity
exceeds the seismic activity
threshold, utility service is cut off
to the building.
DOCUMENTARY SEARCHES 50
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Seismic sensor and seismoscope using the same
Publication number: JP6313730
Publication date: 1994-11-08
Inventor: KAIRIKU TSUTOMU; NAKASUGA MASAKI
Applicant: OSAKA GAS CO LTD; SENSOR GIJUTSU KENKYUSHO KK
Classification:
- international: G01H1/00; G01V1/16; G01H1/00; G01V1/16; (IPC1-7): G01H1/00; G01V1/16
- European:
Application number: JP19930104493 19930430
Priority number(s): JP19930104493 19930430
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Abstract of JP6313730
PURPOSE:To house a seismic sensor
which enables the cutting of a city gas
being supplied when an earth quake
occurs into a gas meter, a gas emergency
breaker, a gas consuming device or the
like by miniaturizing it without variations in
characteristic. CONSTITUTION:A
spherical pendulum comprising a
conducting monocrystalline silicon hangs
with a support part 71 and an electrode
73 is arranged on a virtually spherical
surface having he same center in a
natural condition as the center of the
pendulum. Those corresponding to each
other of three pairs of the electrodes 73a
are connected in common to detect
capacity between the pendulum and the
electrodes. A level discrimination is
performed through a lowpass filter for
filtering seismic waves alone. This
achieves a prevention of variations in
characteristic of each product, a
miniaturization of a construction and
higher sensitivity to eliminate restriction of
mounting attitude thereby enabling
selective detection of all vibrations such
as earth quake in a three-dimensional
direction.
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DOCUMENTARY SEARCHES 51
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Self-healing control network for building automation
systems
Publication number: Also published as:
EP1783959
Publication date: 2007-05-09 EP1646185 (A2)
Inventor: MCFARLAND NORMAN R (US) US7139239 (B2)
Applicant: SIEMENS BUILDING TECH AG (US) US2006074502 (A1)
Classification: EP1646185 (A3)
- international: H04L12/28; H04L12/28;
- European: H04L12/28H; H04L12/56B; H04W22/047
Application number: EP20070101252 20051004 Cited documents:
Priority number(s): US20040958770 20041005; EP20050109169 20051004 WO0137497
US2001012757
View INPADOC patent family XP002292031
View list of citing documents
View document in the European Register
Abstract of EP1783959
In building automation architectures, components may be
associated through physical communications paths and
at a different level through building automation
applications. Building automation applications implement
control processes for a building function. Due to
changing needs, such as a failure of a physical
communications path or the addition or removal of
components, the building automation application may be
more appropriately performed in a different device. By
dynamically positioning or determining a processor for
implementing a building automation application, an
architecture or network may more optimally control
building functions, such as by requiring less user input,
more rapid response and/or avoiding building function
failures.
Data supplied from the esp@cenet database - Worldwide
DOCUMENTARY SEARCHES 52
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Self-forming, self-healing configuration permitting
substitution of agents to effect a live repair
Publication US2006242225
number:
Publication date: 2006-10-26
Inventor: WHITE BARRY C (US); MCCLEAVE BARRY W (US); MCCLEAVE LAURA E
(US)
Applicant:
Classification:
- international: G06F15/16; G06F15/16;
- European:
Application US20050116171 20050422
number:
Priority number(s): US20050116171 20050422
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Abstract of US2006242225
In select embodiments of the present
invention, a configuration incorporates a
suite of agents in a "flat" hardware
architecture and superimposes thereon a
self-forming, self-healing, hierarchical
architecture implemented in software.
Embodiments may be employed in
various applications, such as maintaining
network integrity. In one embodiment, a
building security monitoring network
provides for network agents to each be
capable of communication with any other
agents on a network at network startup.
Shortly after network initialization, the
software architecture is superimposed on
(rides on) the flat hardware architecture,
re-arranging communication links to
provide an efficient hierarchy of control
and substituting working agents for
compromised agents as necessary in the
network. All of this is done in a "live"
network, not requiring shutdown, or even
reduced operation to accomplish. This
"dual" architecture (hierarchical software
and flat hardware) provides excellent
reliability in those "layered" network
applications requiring near total reliability,
such as security surveillance.
Data supplied from the esp@cenet database - Worldwide
DOCUMENTARY SEARCHES 53
E.S. SEMINAR Athens, 28 June 2007 I-SSB
Related Web Sites
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But the convergence of intelligent sensors, embedded systems, .... Fail-safe: Robots must remain
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24. The Automator - Industry News Page
Honeywell Building Solutions installs, integrates and maintains the systems that keep facilities safe,
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25. Education for the Manufacturing Industries of the Future
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Safe/Secure/Reliable Manufacturing Operations. Common. Solutions to ... Intelligent machine tools. •
Sensor technologies as a broad topic (microscale, ...
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26. Emerald FullText Article : The dark side of ambient intelligence
Cars on the road today have 80 or more embedded sensors and actuators. ...... information must be kept
secure and safe from leakage; and information must be ...
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E.S. SEMINAR Athens, 28 June 2007 I-SSB
27. Report of a Workshop on Innovative Information Technologies for ...
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41. A R T E M I S STRATEGIC RESEARCH A G E N D A
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the European Technology Platform for Embedded Intelligence and Systems ..... environmentally friendly,
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DOCUMENTARY SEARCHES 57
E.S. SEMINAR Athens, 28 June 2007 I-SSB
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A whole range of embedded smart sensors (ESS) was introduced amongst many other technologies ...
But what do we mean by intelligent buildings [1] and ESS? ...
emeraldinsight.com/Insight/viewContentItem.do?contentType=Article&hdAction=lnkhtml&contentId=1572...
64. Energy Efficiency and Intelligent Buildings
File Format: Microsoft Powerpoint - View as HTML
Intelligent House Duisburg. Buildings collaborate with energy actors ... Sensor embedded power
generation (no wires, no battery); An environmental sensor ...
cba.mit.edu/events/06.05.energy/hutt.ppt - Similar pages
65. Intelligent light control using sensor networks
Source, Conference On Embedded Networked Sensor Systems archive ... Artificial decision making
under uncertainty in intelligent buildings. In UAI, 1999. ...
portal.acm.org/citation.cfm?id=1098942 - Similar pages
66. A soft-computing distributed artificial intelligence architecture ...
It describes the nature of intelligent buildings (IB) and embedded-agents, explaining the unique control
and learning problems they present. ...
portal.acm.org/citation.cfm?id=512489.512494 - Similar pages
67. Summary — Portal
... building systems using distributed control systems with embedded sensors, ... Integrated processes
and Intelligent building systems (I3CON) will be the ...
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68. B4INTEL1.QXD (Page 2)
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In the field of intelligent buildings, it is easy to focus on. technology. While this is a fundamental ....
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embedded sensor technology. This means that ...
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69. Selected Projects
Selected Projects of Intelligent Buildings Group. Innovative Design and Construction for People ...
Embedded Sensor Technology & Occupant Behaviour ...
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70. OVERVIEW OF INTELLIGENT ARCHITECTURE KHALED SHERBINI AND ROBERT
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Intelligent building should have nervous system consisting of. embedded sensors and actuators that
control most real time information. ...
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71. Ubiquitous Computing Intelligent Buildings
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A number of embedded sensors and actors. ―Reactive Environment‖ using AI ..... Prototype architecture
and technologies for building intelligent environments ...
isnm.de/~schrader/UbiquitousComputing2006/06_04_25_IntelligentBuildings.pdf - Similar pages
72. Kinetic Design Group :: Weblinks
Kinetic Architecture, Home Automation, Embedded Sensors and Actuators, Artificial Intelligence, ...
Intelligent Buildings Group:: University of Essex ...
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73. Intelligent Light Control using Sensor Networks (ResearchIndex)
4 Control and learning of ambience by intelligent building (context) - Rutishauser ... 2 Continuous
comissioning using embedded sensors (context) - Singhvi, ...
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74. Intelligent Building Systems and Technologies (Technical Insights)
As part of this, intelligent building (IB) seeks to integrate disparate systems on ... Hence, building
technologies are set for further growth with embedded ...
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75. Intelligent Building Systems and Technologies (Technical Insights ...
Building Assessment by Intelligent Building Group -- Europe 2. Technology and Product Developments
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76. ScatterWeb
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Intelligent buildings. – Enhanced mobile entertainment. – Disaster recovery ... world of embedded
sensor networks. Embedded Web Server (EWS) ...
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77. ScienceDirect - Information Sciences : Intelligent embedded agents
An embedded agent can sense the environment through its sensors and act upon the ... and pervasive
computing environments like intelligent buildings, ...
linkinghub.elsevier.com/retrieve/pii/S002002550400310X - Similar pages
78. ScienceDirect - Computer Communications : ScatterWeb: A wireless ...
In commercial sensor network installations, e.g. intelligent buildings, ... Many sensor nodes, called ESB
(Embedded Sensor Board, Section 2.1), ...
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79. The IEE Seminar on Intelligent Building Environments and Workshop ...
16.10, Hani Hagras. The Role of Embedded Agents in Intelligent Buildings ... domestic robots,
intelligent sensors and ambient intelligence. ...
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80. INFSO G3 Consultation 2007-03-28
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Embedded sensors for the self. environmental monitoring network in. construction. Standard protocols for
plug&play of. intelligent devices. Building ...
ftp://ftp.cordis.europa.eu/pub/ist/docs/embedded/hannus-280307_en.pdf - Similar pages
81. Loughborough University to help build tomorrow‘s world
... produced building components, integrated processes and intelligent building systems, including
distributed control systems with embedded sensors, ...
www.lboro.ac.uk/service/publicity/news-releases/2007/14_13CON.html - 15k - Cached - Similar pages
82. Beckhoff Press Release: Beckhoff Home Automation controls the ...
During the presentation of the intelligent building services at the home of today, ... Control tasks are
dealt with by an Embedded PC CX1000 from Beckhoff ...
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83. College of Engineering Signatures: The Winds of Change
Thus, the wind travels through cities and buffets buildings in a much different .... in developing these
intelligent sensors and flexible embedded systems, ...
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84. Integrated Intelligent Motion Sensor for Industrial Applications
Embedded sensors can improve the system‘s performance by compensating for the ... or building
automation systems for occupant comfort and safety, he noted. ...
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85. NSF National Workshop Beyond SCADA
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Sensor Network Challenges. for Intelligent Buildings. Alberto Cerpa, Assistant Professor ... Network
Embedded Control for Physical Systems. October 7, 2006 ...
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86. Today's Facility Manager - Planning for Integrated Building Services
Intelligent buildings pave the way to interoperable systems and improved ... Building monitoring might
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87. Conference: RFID struggles while smart sensors animate intelligent ...
Conference: RFID struggles while smart sensors animate intelligent buildings. By Bill Schweber,
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88. The University of Reading Recent Science Highlights: Research and ...
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Embedded sensor technology and occupant behaviour; this will investigate how embedded ... Intelligent
Buildings for personalization; ...
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89. Responsive Sensate Environments: Past and Future Directions
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embedded sensor technologies and responsive (computational) building ... environments or intelligent
buildings in which people should continue their ...
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90. Chapter 1 AMBIENT INTELLIGENCE A Gentle Introduction
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elderly, intelligent buildings, devices built for education and ... which are fitted with embedded sensors
that provide data to the network for fur- ...
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91. Agenet -Construction Management and Engineering
Professor Derek Clements-Croome, Intelligent buildings ... Smart textiles, embedded sensors in
clothing to assist functionality, g.jeronimidis@reading.ac.uk ...
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92. IngentaConnect A critical review of the impact of embedded smart ...
A critical review of the impact of embedded smart sensors on ... of recently published papers (1999-2005)
related to intelligent buildings and smart sensors ...
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93. IngentaConnect A multi-agent architecture for intelligent building ...
We describe how our architecture, consisting of distributed embedded agents, ... Keywords: Health care;
Intelligent buildings; Multi-sensor systems; Sensors ...
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94. Artificial Decision Making Under Uncertainty in Intelligent Buildings
Intelligent light control using sensor networks. In Proceedings of the 3rd International Conference on
Embedded Networked Sensor Systems, 218–229. ACM Press ...
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95. The Civil Engineering Portal - Architectural Engineering ...
In PDF format. Multi-Agent Architecture for Intelligent Building Sensing and Control Paper published by
International Sensor Review Journal. In PDF format. ...
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96. What Are Intelligent Building Technologies?
The sensors and output devices are connected either to a unitary controller or to ... For detailed
guidelines on what constitutes an intelligent building or ...
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97. Amin Al-Habaibeh
R M Parkin, M R Jackson, A F Juna, D R Whitby, A Al-Habaibeh, M Mansi, ―Low Cost Infra-Red Sensors
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For Intelligent Deployment Of Automotive Restraint ...
www.ntu.ac.uk/research/school_research/sbe/staff/30368.html - 39k - Cached - Similar pages
98. Cooperative Tracking with Mobile Robots and Networked Embedded Sensors
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Institutue for Robotics and Intelligent Systems (IRIS) TechnicalReport IRIS-01-404 .... Figure 2: System
architecture for mobile robots and embedded sensors ...
cres.usc.edu/pubdb_html/files_upload/300.pdf - Similar pages
1 - Ubiquitous Sensing for Smart and Aware Environments ...
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Embedded sensors: We are working in computer engineering researchers to .... We are building various
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www.awarehome.gatech.edu/publications/pp.pdf - Similar pages
99. Projects
The framework acquires complex human gestures via various sensors and interpret the .... With the
intelligent managing capabilities of building information, ...
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100. Specific Recommendations
Advances in information and embedded sensor technology will dramatically ... For example, one could
imagine an intelligent building that understood its ...
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101. "Information and Transportation: Fieldbus Systems". In: Sensors in ...
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Sensors in Intelligent Buildings. Edited by O. Gassmann, H. Meixner .... have to be implemented into
small controllers and embedded systems. The devel- ...
doi.wiley.com/10.1002/3527600302.ch3a - Similar pages
102. "System Technologies: System Technologies for Private Homes". In ...
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Sensors in Intelligent Buildings. Edited by O. Gassmann, H. Meixner ...... Microsoft‘s Windows CE is an
operating system for the area of embedded sys- ...
doi.wiley.com/10.1002/3527600302.ch6b - Similar pages
103. Intelligent structures
This has become the world's first large civil structure with embedded sensors. Curing of concrete is
accompanied by an increase in shock wave velocity as ...
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104. Distributed Monitoring and Control of Office Buildings by Embedded ...
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electrical devices of the building, i.e., sensors and actuators for lights, heating, ... The research efforts on
intelligent buildings and environments have ...
www.sics.se/~mab/DavBomFinal.pdf - Similar pages
105. 3i invests in DeepStream Technologies
DeepStream Technologies designs and manufactures intelligent embedded sensors for remote service
enablement and the successful 'B' round brings its total ...
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106. Intelligent Light Control using Sensor Networks
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Keywords: Sensor Networks, Light Control, Intelligent. Buildings, Active Sensing. ...... Continuous
comissioning using embedded sensors. In Proc. of ...
www.ce.cmu.edu/~vsinghvi/Papers/f118-singhvi.pdf - Similar pages
107. Old News
bullet, Embedded sensor technology and occupant behaviour; this will investigate ... New book on
Intelligent Buildings: Design, Construction and Operation ...
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108. Beckhoff Building Automation
Beckhoff offers a complete range of products for intelligent building automation, ... This means that not
only distributed HVAC sensors and actuators, ...
www.beckhoff.fi/english/applicat/building.htm - 22k - Cached - Similar pages
109. Christian Damsgaard Jensen: Software Technology Bachelor Projects
This requires installation of sensors on an actual door, development of a sensor network that transports
sensor data to the intelligent buildings system, ...
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110. Microsoft PowerPoint - Wireless Sensor Networks for Structural ...
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Numerous intelligent embedded devices. perform relatively simple tasks of monitoring ... structural
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integrity of buildings, infrastructure ...
www.eurice.info/typo3sites/fileadmin/engage/public_bangok/documents/A3_02_Seah.pdf - Similar pages
111. The most intelligent controllers for intelligent buildings
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The embedded internet. technology of the Compri HX offers you .... individual room controller form the basis
of your intelligent building. control system. ...
www.privaweb.com/opencms/export/download/uk_downloads/640445GB_Hardware_brochure_LoRes_def.pdf
112. Intelligent Buildings in Chennai - www.chennaibest.com
Intelligent Building - Tidel Park ... Light sensors are installed in each floor. ... Entry is only through smart
cards, embedded with a microchip and a ...
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113. Intelligent Buildings and pervasive computing – research ...
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Intelligent Buildings have been the subject of research and commercial interest for ... more integrated
part of our environments with processors, sensors, ...
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114. Roomware and Intelligent Buildings
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stuffed with electronics, sensors, actuators and a communication port fig. 1 & 2. ..... Grønbæk, K., Kyng,
M., Krogh, P. (2001): Intelligent Buildings and ...
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115. About USL
Editor-in-Chief, Journal of Intelligent and Robotic Systems .... Other topics of interest include: networked
embedded systems; wireless sensor networks; ...
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116. DeepStream Technologies :: Press Release
DeepStream Technologies designs and manufactures intelligent embedded sensors for remote service
enablement and the successful ‗B‘ round brings its total ...
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117. Untitled
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New sensor technologies will be key components in the next generation of intelligent. buildings. Current
intelligent buildings often have embedded ...
www.fire.nist.gov/bfrlpubs/fire01/PDF/f01046.pdf - Similar pages
118. iSensor Intelligent Sensor/ADIS16201 - 3/20/2006 - Design News
iSensor Intelligent Sensor/ADIS16201 Analog Devices Inc.'s ... a digital temperature sensor, power
management circuitry and embedded firmware on a single ...
www.designnews.com/article/CA6314535.html - Similar pages
119. Building Intelligent Environments with Smart-Its
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the assembly process. Another example is Smart-Its embedded in. common objects. By attaching Smart-
Its with weight-sensors to. each corner of a table, ...
www.viktoria.se/fal/exhibitions/smart-its-s2003/abstract.pdf - Similar pages
120. KGI Newsletter 2006
Artificial intelligent processing of information is re-inventing itself in .... building systems using distributed
control systems with embedded sensors, ...
itc.fgg.uni-lj.si/news/2006/ - 21k - Cached - Similar pages
121. HKUST - MSc in Intelligent Building Technology and Management
Research Interests: Indoor environmental quality in buildings; combustion and fire safety ... smart
materials and mechanics for sensors and actuators. ...
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122. ScatterWeb - Low Power Sensor Nodes and Energy Aware Routing
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for the deployment of embedded sensor networks. Already ... In commercial sensor network installations,
e.g.,. intelligent buildings, battery replacement is ...
page.mi.fu-berlin.de/~winter/scatterweb-hicss2005.pdf - Similar pages
123. Emerald FullText Article : Remote building control using the Internet
Today‘s buildings have become transparently intelligent. They are often densely populated with
embedded control systems. These embedded chips are associated ...
xtra.emeraldinsight.com/.../viewContentItem.do?contentType=Article&hdAction=lnkhtml&contentId=844192
124. NAMRC 35 - Agenda - University of Michigan
This test-bed embedded with various sensors and open-architect controller ... Intelligent Optimization
and Control of Grinding Processes Workshop on Friday, ...
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me.engin.umich.edu/NAMRC/grinding.html - 15k - Cached - Similar pages
125. A Multi-Agent System for Building Control
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proposed approach to intelligent building control, 4). system integration with wireless sensor network
and. building automation system, and 5) validation by ...
doi.ieeecomputersociety.org/10.1109/IAT.2006.17 - Similar pages
126. SmartCam: Devices for Embedded Intelligent Cameras
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usually not integrated with the smart sensor. On top. of this, a separate powerful general purpose
processor. is usually needed in embedded applications for ...
www.qi.tnw.tudelft.nl/~wcaarls/pw2002.pdf - Similar pages
127. MIT Project Oxygen: E21 Intelligent Spaces
E21s can be viewed as massive computational sheets, embedded in the walls of buildings, that provide
large amounts of aggregate computational power ...
oxygen.csail.mit.edu/E21.html - 16k - Cached - Similar pages
128. ERCIM News - Special Theme: Embedded Intelligence
Embedded Intelligence - Introduction to the Special Theme .... Sensor networks are the key enabling
technology for building systems that adapt autonomously ...
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129. Smart Economy: Standard for smart buildings helps first responders
Other real-time building sensor information includes status information ... The Intelligent Building
Response research is made possible by funding from the ...
smarteconomy.typepad.com/smart_economy/2005/11/standard_for_sm.html - 59k - Cached -
130. Bill Gates introduces E-home technology in the ―Home of Today‖
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intelligent building control system. Due to its open interfaces based on IT and ... with by an Embedded
PC CX1000 from Beckhoff running Windows CE. ...
www.pc-control.net/pdf/012005/pcc_hdg_e.pdf - Similar pages
131. Sensors - December 2004 - Intelligent Fastening Opens New Era of ...
Future aircraft could include an array of intelligent fasteners with embedded sensors. The sensors
could detect and report aberrations in aircraft ...
archives.sensorsmag.com/articles/1204/33/main.shtml - 28k - Cached - Similar pages
132. infosense: Interaction Design for Sensate Spaces
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such so-called ‗intelligent buildings‘ will most probably never disappear ... aware of ‗passive‘ embedded
sensors, as these do not interfere with normal ...
people.arch.usyd.edu.au/~andrew/publications/anzasca04.pdf - Similar pages
133. CORDIS FP6: News
If a problem such as an earthquake should occur, the intelligent sensor ... pick out where the embedded
sensors are hidden to get information about how the ...
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134. AN INTEGRATED MANAGEMENT APPROACH TO DESIGNING SUSTAINABLE ...
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tionally, theory of intelligent buildings and a holistic approach of ...... The embedded sensor technology
retrofitted to existing buildings can be used to ...
www.worldscinet.com/abstract?id=pii:S1464333206002438 - Similar pages
135. Opportunities of Wireless Sensors and Controls for Building ...
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envisioned that will use embedded sensors for early diagnostics to prevent equipment failure and .... "The
Future of Intelligent Buildings is Now." ...
www.buildingsystemsprogram.pnl.gov/wireless/publications/PNNL-SA-41972.pdf - Similar pages
136. Modular Artefacts
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that intelligent building blocks as an agent needs ... addition of sensor as input building block and ....
kinds of sensors are embedded in artifacts that ...
https://www.cs.tcd.ie/COA-CAC-04/submissions/ngo.pdf - Similar pages
137. An Overview of Embedded Sensor Networks
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uation of synchronization and topology control for in-building sensor network. applications. ... IEEE
International Conference on Intelligent Robots ...
www.isi.edu/~johnh/PAPERS/Heidemann04a.pdf - Similar pages
138. IT for Intelligent and Green Building Design
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buildings, and intelligent buildings. The course explores the ... and smart occupancy sensors. He has
developed a Life Cycle Cost ...
cbs.iiit.net/IIIT_folder_final_11sep.pdf - Similar pages
139. Embedded Sensor Networks
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in-building sensor network applications. In Proceedings of the Second ACM ... IEEE International
Conference on Intelligent Robots ...
cs.usc.edu/~ramesh/papers/sensornet_handbook.pdf - Similar pages
140. Press Release
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During the presentation of the intelligent building services at the home of ... available enables integration
of all the sensors and actuators installed at ...
www.tdstech.com/ArticleUpload/8/02.02.05%20press%20release%20for%20Bill%20Gates%20....pdf -
141. Proposal for EPSRC Managed Programme in Ubiquitous Intelligent ...
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Intelligent building are already being wired up with sensors and actuators to ... sold in supermarkets
could have embedded intelligent sensors which monitor ...
www-dse.doc.ic.ac.uk/Projects/UbiNet/ws2003/papers/EPSRC-ManagedProgram.pdf - Similar pages
142. SMART SENSORS REPLACE EXPENSIVE BUILDING CONTROL SYSTEMS
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management network, further enhance the future possibilities of smart sensor implementations. in
intelligent building automation. These lines of development ...
www.senseair.se/Articles/Marti532.pdf - Similar pages
143. News and Publications
... delivering Industrially produced, integrated processes and intelligent building systems using
distributed control systems with embedded sensors, ...
www.thalesresearch.com/Default.aspx?tabid=97 - 107k - Cached - Similar pages
144. Newswire / Press Release: Intelligent Building Must Overcome ...
Hence, building technologies are set for further growth with embedded intelligence ... sensors in
building automation and North American building automation ...
www.newswiretoday.com/news/5978/ - 51k - Cached - Similar pages
145. EmbWorld 2005
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For easy integration of sensor networks into a building Scatter- ... software for a jump-start into the fast
growing world of embedded. sensor networks. ...
www.fu-berlin.de/forschung/transfer/messen/05EmbWorldSchiller.pdf - Similar pages
146. Query Processing for Sensor Networks
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In the intelligent building of the future, sensors are de- ...... A wireless embedded sensor. architecture
for system-level optimization. Submitted ...
www.cs.cornell.edu/johannes/papers/2003/cidr2003-sensor.pdf - Similar pages
147. Query Processing for Sensor Networks
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In the intelligent building of the future, sensors are de- ...... A wireless embedded sensor. architecture
for system-level optimization. Berkeley ...
www.cs.cornell.edu/~yao/papers/CIDR03.pdf - Similar pages
148. Multi-Agent Systems for Environmental Control & Intelligent Buildings
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Most of the projects we have found concerning intelligent buildings use multi-agent technology. to
simulate a building with sensors and actors. ...
www.softwareresearch.net/site/teaching/WS0506/intelligent_Buildings.pdf - Similar pages
149. Typical Sensors needed in Ubiquitous and Pervasive Computing
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embedded sensor systems, especially in ubiquitous and. pervasive computing settings. ..... Building.
Intelligent Environments with Smart-Its, IEEE Computer ...
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150. Final Program
Development of a Programmable Sensor Interface for Wireless Network Nodes ... User Experience of
Intelligent Buildings: A User-Centred Research Framework ...
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151. IE05 The International Workshop on Intelligent Environments
Commonly such spaces would contain embedded intelligent agents enabling these ... buildings, mobile
communications, domestic robots, intelligent sensors and ...
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152. APPLICATIONS OF SOFT COMPUTING METHODS
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Intelligent buildings. Traffic control, intelligent expressways ..... Networked intercommunicating
(intelligent) sensors and actuators ...
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153. Journals
Doctor, F., Hagras,H.A.K., Callaghan,V., 'An Fuzzy Embedded Agent Based Approach for ... for
Intelligent Building Sensing and Control', International Sensor ...
cswww.essex.ac.uk/staff/vic/journal.htm - 11k - Cached - Similar pages
154. Building Intelligent Environments with Smart-Its
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stratethe vision of computation embedded in the world. These applications vary from solving ... sensors
attached to other Smart-Its boards. In such cases, a ...
www.viktoria.se/fal/kurser/winograd-2004/g1056.pdf - Similar pages
155. OBIX - Wikipedia, the free encyclopedia
In a similar manner, current proposals suggest direct messaging to [Intelligent Buildings] to invoke
named oBIX contracts, with effects ranging from ...
en.wikipedia.org/wiki/OBIX - 27k - Cached - Similar pages
156. Intelligent transportation system - Wikipedia, the free encyclopedia
Infrastructure sensors are devices that are installed or embedded on the road, or surrounding the road
(buildings, posts, and signs for example). ...
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157. 999 999% /999 Clements-Croome Derek Clements-Croome 1 , Chairman ...
File Format: Shockwave Flash
Data management using various sources including owners; embedded sensors; and facilities ...
Clements-Croome, D. J (2004) Intelligent Buildings: Design, ...
www.rehva.com/workshops/summaries/workshop_04.swf - Similar pages
158. Smart-building systems converge - 8/17/2006 - EDN
Although TCP/IP is a logical choice for intelligent-building architecture, many systems require a large
number of sensors in areas that enterprise networks ...
www.edn.com/article/CA6360315.html - Similar pages
159. Ubiquitous Sensing for Smart and Aware Environments
Embedded Sensors — We are working with computer engineering researchers to .... We are building
various types of intelligent environments that are aware of ...
www.comsoc.org/pci/private/2000/oct/essa.html - 24k - Cached - Similar pages
160. ESSA LAYOUT
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and intelligent interaction. Building a computing infra-. structure that supports all these needs ....
Embedded Sensors — We are working with computer engi- ...
www.comsoc.org/pci/private/2000/oct/pdf/essa.pdf - Similar pages
161. Intelligent Kinetic Systems
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Embedded Computation. This area addresses sensor technology as a ..... ToAppear, IEEE Intelligent
Systems. 1999. 2. Coen, M.: Building Brains For Rooms: ...
kdg.mit.edu/Pdf/iksov.pdf - Similar pages
162. Sustainable Applications of Intelligent Kinetic Systems
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environmental quality of buildings could be technologi- ... Embedded Computation. This area addresses
sensor technology as a computa- ...
kdg.mit.edu/PDF/sustainapp.pdf - Similar pages
163. Smart Network Devices - Applications - Building Automation
An intelligent building can be created with system and sensor networking technology. ... Based on the
operating system HyNetOS dedicated for use in embedded ...
www.smartnd.com/sites/applications/building_automation/ - 13k - Cached - Similar pages
164. Transect Article
It will focus on designing networks of embedded sensors for use in a range ... A third CENS group will
look at integrating sensors into buildings or wells ...
nrs.ucop.edu/Transect-James-20-1.htm - 15k - Cached - Similar pages
165. CenSCIR - Publications and Presentations
(2004) ―Embedded Commissioning for Building Design‖, in: European Conference ... Using Laser
Scanners, Embedded Sensor Systems and Integrated Project Models ...
www.ices.cmu.edu/censcir/impact/index.html - Similar pages
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166. Sensor-data driven proactive management of infrastructure systems
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Embedded Building Commissioning. • Use of Pervasive Sensing for Improved Operation of. Buildings ...
Intelligent sensor-based control of buildings ...
www.ices.cmu.edu/censcir/impact/presentationpdfs/censcir-presentation-july-2006.pdf - Similar pages
167. Intelligent Models A&D
Christiansson P, 2000, Knowledge Representations and information Flow in the Intelligent Building.
'TProceedings of he Eighth International Conference on ...
it.civil.aau.dk/it/education/sem6_a_d_int_mod_2001i/index.html - 10k - Cached - Similar pages
168. Constraint-Based Design of Embedded Intelligent Systems
But intelligent systems embedded as controllers in real physical systems must be ... it as a practical tool
for building real, complex, sensor-based robots. ...
www.cs.ubc.ca/spider/mack/links/papers/ConBasDesACM/paper.html - 13k - Cached - Similar pages
169. EMBEDDED TRAINING INTELLIGENT TUTORING SYSTEMS (ITS) FOR THE ...
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the core building block within all maneuver Unit ... from a large number of different types of sensors ...
There are three methods for building embedded ...
www.stottlerhenke.com/papers/IITSEC-02-ITSFCS.pdf - Similar pages
170. Slide 1
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Building life cycle performance assessment tools. Sensors, automation, control. .... The intelligent
building pyramid. IST 2006, 22 November 2006, ...
ec.europa.eu/information_society/istevent/2006/cf/document.cfm?doc_id=2513 - Similar pages
171. Building intelligent and sustainable transport
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Turin offered his vision of the ‗intelligent‘ transport of the future. Since 1979, a wide range of sensors
based on microelectromechanical systems (MEMS) ...
ec.europa.eu/research/industrial_technologies/pdf/nanoforum_perlo.pdf - Similar pages
[ More results from ec.europa.eu ]
172. Elegant Integration - Feature Article - Intelligent Buildings Today
By using the embedded suite of tools on the Mediator, custom Web pages may be ... but also metering,
sensor networks, CMMS, and tenant billing applications. ...
www.intelligentbuildingstoday.com/CDA/Articles/Feature_Article/BNP_GUID_9-5-
2006_A_10000000000000098380 - Similar pages
173. Modèle Présentation Forum DBF Casa Nova ETSI
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Information & electronics embedded in building components & equipments (together with sensors and
actuators); Building components become active, ...
portal.etsi.org/docbox/HF/Open/DigitalHomeHFworkshop/HFDH_16%20Marc_Bourdeau_DBF-
CN_CSTB.ppt - Similar pages
174. Enabling Intelligent Platform Management Interface (IPMI) through ...
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through standard building blocks. Enabling Intelligent Platform Management Interface (IPMI). through
standard building blocks. In the embedded world, ...
www.compactpci-systems.com/columns/spec_corner/pdfs/11.2002.pdf - Similar pages
175. Software framework for simulation of intelligent buildings ...
File Format: PDF/Adobe Acrobat - View as HTML
Intelligent buildings have the capability to respond to weather changes, ..... embedded systems like
sensors and actuators are all connected to a central ...
ftp://ftp.tik.ee.ethz.ch/pub/students/2005-So/SA-2005-23.pdf - Similar pages
176. Intelligent Buildings
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mination sensors. A intelligent building is a building that adapts it‘s behavior ...... piece of hardware
(embedded agent). This is especially the case for ...
www.easc.ch/aha/Docu/aha1_1_0.pdf - Similar pages
177. A Federated Sensor Network Architecture for Data Rectification and ...
An intelligent sensor network is characterized by a network of sensors having ... by building on the
embedded system technology as the hardware platform. ...
aiche.confex.com/aiche/2005/techprogram/P17132.HTM - 7k - Cached - Similar pages
178. TRON Project
Computers and sensors in the intelligent house make overall judgments on outdoor ... The TRON-
concept Intelligent Buildings, now being planned for actual ...
www.sakamura-lab.org/TRON/overview.html - 20k - Cached - Similar pages
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179. Overview of the TRON Project ============================ TRON ...
The TRON-concept Intelligent Buildings incorporate the TRON concept of HFDS. Computers, sensors
and actuators will be built into the lights, ...
www.sakamura-lab.org/TRON/gopher-data/overview - 20k - Cached - Similar pages
180. Increasing an individual‘s quality of life via their intelligent home
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optimum models, types and location of various sensors for such patients (these patients may have ....
Embedded-agents for Intelligent Buildings pose a ...
www.steam.ualberta.ca/main/documents/home_research.pdf - Similar pages
181. ERCIM News - Embedded Intelligence for Ambient Assisted Living
Our ambient intelligent care and assistance (amiCA) system will increase quality of life by using small,
unobtrusive sensors which communicate wirelessly ...
ercim-news.ercim.org/content/view/45/75/ - 23k - Cached - Similar pages
182. Beckhoff Press Release - Beckhoff Building Automation at Light+ ...
Intelligent building services are based on a universal control platform: from the Industrial PC as a master
or building computer, the Embedded PC with ...
www.beckhoff.com/english/press/pr0206.htm - 9k - Cached - Similar pages
183. Caba_Ad_version6 (Page 1)
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embedded control systems for intelligent buildings. We offer a rich ... Partnerships for sensors,.
IEEE802.15.4 radios, networking. software & modules ...
america.renesas.com/media/applications/network/Renesas_CABA_ad.pdf - Similar pages
184. Building Intelligent Environments with Smart-Its
By mixing real sensor data and visual scenarios, we created a complete vision of an intelligent
environment of the future, with which visitors could ...
doi.ieeecomputersociety.org/10.1109/MCG.2004.10002 - Similar pages
185. Rheingold's Tomorrow: Privacy Protection on Intelligent Superhighways
These systems, combining massive numbers of embedded sensors, ... We need to ask manufacturers
now to consider the importance of building privacy protection ...
www.well.com/user/hlr/tomorrow/highway.html - 6k - Cached - Similar pages
186. ABSTRACT Title of Thesis: DESIGN OF AN INTELLIGENT SENSOR NETWORK ...
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Intelligent sensor networks for buildings protect the building from intrusion ...... Battery-operated
system with smart embedded power management algorithms ...
https://drum.umd.edu/dspace/bitstream/1903/1874/1/umi-umd-1712.pdf - Similar pages
187. Using sensor systems and project models to capture project history ...
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and model project history for building commissioning and. facility management. Burcu Akinci ...
embedded sensor systems and integrated project models ...
www.cecer.army.mil/pl/project/projects/fan/briefing/CERLpaper.pdf - Similar pages
188. Fuzzy Expert Systems and Multiagents for Intelligent Buildings
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domo@omodavle msg [ Is necessary review the temperature sensor in. zone one] ... Embedded Agents
in Intelligent Buildings. 5. th. World. Multi-Conference ...
www.wseas.us/e-library/conferences/udine2004/papers/483-167.pdf - Similar pages
189. Intelligent switch system - Patent 5132681
The present invention relates to an embedded type intelligent switch .... For the rain information, rain
sensors 38 are installed on building roof and on ...
www.freepatentsonline.com/5132681.html - 38k - Cached - Similar pages
190. METHOD OF BUILDING INTELLIGENT PLATFORM MANAGEMENT INTERFACE ...
A method of building an intelligent platform management interface (IPMI) firmware architecture
embedded in an IPMI hardware architecture, ...
www.freepatentsonline.com/20060080636.html - 31k - Cached - Similar pages
191. Towards a Cognitive Architecture for Mobile Robots in Intelligent ...
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and intelligent buildings. In our case, we focus on the design ... such as sensors for data acquisition or
actuators; they are ...
ftp://aass.oru.se/pub/ICRA07/CapezioEtAl_sir07.pdf - Similar pages
192. Tekes teknologiapörssi - Hakutulokset
Updated TO - Intelligent building management system – hardware and software ... It provides a scalable
and stable communication platform embedded in a UNIX ...
www.tekes.fi/partner/fin/search/nayta_haku.asp?hakuid=27967 - 18k - Cached - Similar pages
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193. Short Term Courses: General Information
This course introduces various aspects of intelligent building and energy efficient building .... venetian
blind control, and smart occupancy sensors. ...
cbs.iiit.net/short_courses.html - 31k - Cached - Similar pages
194. Enabling Intelligent Platform Management Interface (IPMI) Through ...
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Enabling Intelligent Platform Management Interface (IPMI) Through Standard Building Blocks. Abstract.
In the embedded world,. Telecommunications Equipment ...
www.intel.com/platforms/applied/eiacomm/papers/25133701.pdf - Similar pages
195. CABA eBulletin
Hence, building technologies are set for further growth with embedded intelligence leading to ... CABA
Announces Sponsors for Intelligent Buildings Roadmap ...
www.caba.org/aboutus/ebulletin/issue59/ebulletin.html - 41k - Cached - Similar pages
196. Outline degree scheme structure
File Format: PDF/Adobe Acrobat - View as HTML
embedded computers. Digital systems design. and embedded. processor systems. ... Intelligent
buildings. and sensor networks. Energy efficiency in ...
privatewww.essex.ac.uk/~woodjt/Outline%20degree%20structure%20AES.pdf - Similar pages
197. Emerald FullText Article : The untethered facilities manager
Whilst many sensors used in conventional intelligent buildings make use of direct ... less initial capital
investment than an embedded system alternative. ...
xtra.emeraldinsight.com/.../viewContentItem.do?contentType=Article&hdAction=lnkhtml&contentId=844366
198. Arch-OS: An operating system for buildings
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sensors and transmitted to the system again in an on-going cycle. An ecological. interpretation of
Intelligent Building would open this homeostatic loop to ...
www.chrisoshea.org/files/cybrid/rp150.pdf - Similar pages
199. Microsoft PowerPoint - 1_Introduction.ppt
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Intelligent buildings. • Electronic paper. • Environmental Monitoring. • Traffic control and communicating
automobiles. Embedded systems provide the basic ...
www.tik.ee.ethz.ch/tik/education/lectures/ES/slides/1_Introduction2.pdf - Similar pages
200. precise novel integrated
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today via the building block of all mechatronic systems and to. address real-world applications. .... these
intelligent sensors and flexible embedded ...
www.nd.edu/~nathaz/doc/embedded.pdf - Similar pages
201. Intelligent Management of Data Driven Simulations to Support Model ...
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humans understand a complex system (assisted model-building). In the first case. the agent is situated in
its environment and can use its own sensors to ...
www.cs.bham.ac.uk/~cmk/ICCS06.pdf - Similar pages
202. Building a Sensor-Rich World
ACM Conference on Embedded Networked Sensor Systems (SenSys), .... "An Intelligent Multi-hop
Routing for Wireless Sensor Networks," IEEE/WIC/ACM Int'l Conf. ...
dsonline.computer.org/portal/pages/dsonline/2007/05/b2gei.html - 35k - Cached - Similar pages
203. EMBEDDED SENSORS IN LAYERED MANUFACTURING
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same part and hence can be used to fabricate intelligent materials containing. embedded sensors and
actuators. Examples were demonstrated, such as the ...
www-rpl.stanford.edu/goto-publication/85 - Similar pages
204. Clark Bursary: Archive Studio: 5th Clark Bursary: Stanza
Exploring the notion of who owns the data and the intelligent building. ... A network of sensors, some
fixed, and some embedded, collects data which is then ...
www.dshed.net/studio/residencies/clarkbursary/archive/stanza/journal.php - 40k - Cached - Similar pages
205. Polarized Light Scattering Instrument for Diesel Exhaust ...
File Format: PDF/Adobe Acrobat - View as HTML
IBECS is an Embedded Device Network. designed to integrate building and lighting. designed to
integrate building and lighting. controls with related sensors ...
www.lightinglab.fi/IEAAnnex45/meetings/0504sanfrancisco/Rubinstein-USA-2005.04.23.pdf -
206. Built Environment Award
Intelligent & green buildings - Intelligent environmental management systems ... Embedded sensor
technology - Combined heat & power (CHP) ...
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www.theiet.org/careers/awards/innovation/builtenv.cfm - 26k - Cached - Similar pages
207. Embedded.com - Ubiquitous computing: slow going
Today's efforts have morphed to pursue intelligent buildings packed with wireless sensor networks and
displays, where information follows users wherever ...
www.embedded.com/showArticle.jhtml?articleID=9901039 - 79k - Cached - Similar pages
208. Element 5 - OM
For the intelligent building systems to be designed and installed ... physical structures, and functional
operations that are embedded in the Asset ...
www.fiatech.org/projects/roadmap/OM.html - 52k - Cached - Similar pages
209. Sensors of the World, Unite!
Taken individually, these sensors have small brains, but using billions of them is an ... and at how
sensors could be used in "intelligent" buildings. ...
radio.weblogs.com/0105910/2004/01/29.html - 26k - Cached - Similar pages
210. www.iandi.ltd.uk
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embedded, web enabled products across all. technical infrastructures and at the same time .... companies
specialising in intelligent buildings. We provide a ...
www.proplan.co.uk/pdf/BEMNA3Flyer.pdf - Similar pages
211. Physics News Update Number 66 - INTELLIGENT MATERIALS
INTELLIGENT MATERIALS are to physical structures (bridges, airplanes, buildings, ... body: they serve
as embedded sensors of temperature, strain, corrosion, ...
www.aip.org/pnu/1992/split/pnu066-2.htm - 4k - Cached - Similar pages
212. Nanotechnology protection for houses in earthquake zones
Prof Wilkins said: "If there are any problems, the intelligent sensor ... pick out where the embedded
sensors are hidden to get some information about how ...
www.nanowerk.com/news/newsid=1715.php - 22k - Cached - Similar pages
213. Building Automation Explained
The intent is to create an intelligent building and reduce energy and ... Analogue or digital temperature
sensors may be placed in the space or room, ...
www.easymatics.net/tech_centre/articles/16/1/Building-Automation-Explained/Page1.html - 59k - Cached -
214. DBLP: Hani Hagras
... Hani Hagras, Victor Callaghan: A type-2 fuzzy embedded agent to realise ... data driven generation of
fuzzy controllers for intelligent buildings. ...
www.informatik.uni-trier.de/~ley/db/indices/a-tree/h/Hagras:Hani.html - 16k - Cached - Similar pages
215. DBLP: Victor Callaghan
... Hani Hagras, Victor Callaghan, Martin Colley: Intelligent embedded agents. ... data driven generation
of fuzzy controllers for intelligent buildings. ...
www.informatik.uni-trier.de/~ley/db/indices/a-tree/c/Callaghan:Victor.html - 21k - Cached - Similar pages
216. Seminar info - DIT-SMN-07-03-374 - DIT
Building Sparse Support Vector Machines for Intelligent Sensor Design ... embedded system is strongly
present today is that of electronic sensors, ...
dit.unitn.it/research/seminario?id=DIT-SMN-07-03-374 - 30k - Cached - Similar pages
217. James H. Garrett, Jr. Research Activity
An embedded sensor based on nuclear magnetic resonance (NMR) would be a good ... and Air-
Conditioning (HVAC) data from the Intelligent Workplace building, ...
www.ce.cmu.edu/~garrett/home/research-activity.html - 45k - Cached - Similar pages
218. Intelligent Systems Division - Does What?
primary bullet Extensibility - Performance upgrades by adding sensors, ... methodologies for building
real-time controls for intelligent systems, ...
www.isd.mel.nist.gov/about_isd/isd.htm - 14k - Cached - Similar pages
219. Arch-OS v1.1 [Architecture Operating Systems], Software for Buildings
File Format: PDF/Adobe Acrobat - View as HTML
Arch-OS uses embedded technologies to capture audio-visual and raw digital ... transports data from a
range of sensors (intelligent cameras that monitor the ...
www.arch-os.com/media/Arch-OS%20v1.1%20.pdf - Similar pages
220. README: Arch-OS v1.1 [Architecture Operating Systems], Software ...
File Format: PDF/Adobe Acrobat - View as HTML
embedded technologies to capture raw data Arch-OS fuses the physical and ... technicalities and the
implications of living with intelligent buildings. ...
www.arch-os.com/media/Arch-OS-ReadMe.pdf - Similar pages
221. Building a Smart Sensor using Windows CE
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intelligent devices [1]. It provides a powerful set of features. and tools including: ... can be used for
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building embedded software. However, based ...
esto.nasa.gov/conferences/estc-2002/Papers/A4P1(Gopalan).pdf - Similar pages
222. Development and experimental investigations of extrinsic Fabry ...
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and intelligent buildings. They provide a ... bonded/embedded fibre optic sensors offers ... embedded
optical fibre sensors is evolving ...
www.ias.ac.in/currsci/jul252005/255.pdf - Similar pages
223. Technical Articles - The IET
In the physical testbed, a fair amount of embedded sensors and actuators are .... This paper concerns
the personalization of intelligent buildings, ...
www.iee.org/oncomms/sector/computing/Articles/Heading/477 - 223k - Cached - Similar pages
224. Technology Roadmap for Intelligent Buildings
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Building Condition Monitoring. Intelligent building technologies facilitate. monitoring of a building‘s
condition. Since. transducers or sensors can measure ...
strategis.gc.ca/.../$FILE/intelligent_building-batiments_intelligent_eng.pdf - Similar pages
225. Advanced Sensors and Controls for Building Applications: Market ...
File Format: PDF/Adobe Acrobat
Develop intelligent sensors to support plug-and-play applications. ...... These slave devices are
―embedded‖ into building equipment such as lighting ...
www.eere.energy.gov/buildings/tech/controls/pdfs/pnnl-15149_market_assessment.pdf - Similar pages
226. Keith Price Bibliography Hardware, Sensor and Camera Arrangements ...
... D.[Dongkyoo], Shin, D.[Dongil], Ubiquitous Intelligent Sensing System for a Smart Home, ... Building
Adaptive Camera Models for Video Surveillance, ...
www.visionbib.com/bibliography/motion-f746.html - 42k - Cached - Similar pages
227. Bio-inspired Vision-based Flying Robots - Laboratory of ...
IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS'2003), pp. ... Other
embedded sensors are an anemometer for fitness evaluation, ...
lis.epfl.ch/research/projects/BioinspiredFlyingRobots/ - 66k - Cached - Similar pages
228. [NECS]
Feedback design for wireless sensor networks,; Vehicle control and intelligent traffic ... Automation with
distributed sensors (intelligent buildings. ...
www.lag.ensieg.inpg.fr/canudas/necs.htm - 8k - Cached - Similar pages
229. Building Intelligent Environments with Smart-Its
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as small as 17 x 25 x 15 mm including sensors and battery,. with a weight of about 8 grams (or .....
embedded in everyday objects. In particular, the size ...
www.comp.lancs.ac.uk/~kortuem/publications/assets/holmquist-cga-2004.pdf - Similar pages
230. Journal of Ubiquitous Computing and Intelligence (JUCI)
Ubiquitous wired and wireless networks, intelligent network, ad hoc networking, intelligent sensor
network, ubiquitous/pervasive platform and middleware, ...
www.aspbs.com/juci.html - 23k - Cached - Similar pages
231. Dr Gerd Kortuem
Embedded Interactive Systems (EIS), Computing Department, Lancaster University .... "Building
Intelligent Environments with Smart-Its". ...
eis.comp.lancs.ac.uk/index.php/gerd - 31k - Cached - Similar pages
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International Press Releases
News Search Results for "intelligent building, seismic, self-healing material"
Materials emulate biological systems
The Engineer, June 13, 2007
A self-healing material mimics human skin by healing itself time after time.
Full story Related stories Permalink
Now, self-healing materials can mimic human skin, healing again and again
Brightsurf Science News, June 13, 2007
The next generation of self-healing materials, invented by researchers at the University of
Illinois, mimics human skin by healing itself time after time.
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Self-healing material mimics human skin - Heals itself again and again
What's Next In Science & Technology, June 13, 2007
The next generation of self-healing materials, invented by researchers at the University of
Illinois, mimics human skin by healing itself time after time. The new materials rely upon
embedded, three-dimensional microvascular networks that emulate biological circulatory
systems. “In the same ma...
Full story Related stories Permalink
Self-healing Materials Can Now Mimic Human Skin, Healing Again And Again
Science Daily, June 12, 2007
The next generation of self-healing materials mimics human skin by healing itself time
after time. The new materials rely upon embedded, three-dimensional microvascular
networks that emulate biological circulatory systems.
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Pacific Controls System Wins Prestigious Building Award
June 13, 2007
The Best Intelligent Building Award was recently presented to Pacific Control Systems LLC
for their headquarters building in Dubai, UAE. This building is the Middle East's First
Platinum Rat...
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Endevco introduces Model 87 seismic accelerometer
Automation.com Daily News, June 09, 2007
It measures ultra-low-level seismic events and low-frequency vibration on structures and
objects.
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Research and Markets Announces Addition of China Building Materials Export Report
June 13, 2007
Research and Markets has announced the addition of China Building Materials Export
Report, 2006-2007 to their offering In 2006, the first year of the 11th Five-year plan, the
building mate...
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DARPA to host a Bidder's Briefing Day for the LANdroids (small autonomous robotic radio
relay nodes) program
Military Embedded Systems, June 15, 2007
The goal is to create small, inexpensive, smart robotic radio relay nodes that dismounted
warfighters drop as they deploy in urban settings. The nodes then self-configure and form
a mesh network - a temporary infrastructure that establishes communications over the
region. As the situation changes, t...
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Metal and Steel Self-Storage Buildings become Neighborhood Friendly
June 19, 2007
Steel and metal self-storage buildings have a reputation of not being the prettiest girl at
the prom. However, in a new trend, self-storage facilities are seeking to become more
neighborhood a...
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The Latest Dirt on Soil Compaction
Cadalyst Mapping GIS, June 05, 2007
Intelligent technology has landed and is gaining ground in heavy equipment operations.
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Good News for Tall, Concrete Cores
Engineering News-Record, May 25, 2007
Surprisingly positive results of performance tests on simplified, reinforced concrete link
beams-the most congested part of a shear wall core-have opened the door to more-
constructible towers in seismic zones. But engineers suggest the research will have an
even greater impact on seismic design of t...
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NDE swings into action
The Engineer, June 19, 2007
A technology based on the way that hammerhead sharks hunt for food could soon help
engineers discover hidden flaws in the materials used to build bridges, aircraft wings and
pipelines.
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The RP&M Report and RepRap
Cadalyst Manufacturing, June 08, 2007
It may sound like science fiction, but the self-replicating machine is evolving as you read
this.
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