Examples of WSN applications through EU-funded projects
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1 Examples of WSN applications through EU-funded projects 1 David Simplot-Ryl Centre de recherche INRIA Lille Nord Europe May 2010
2 2 POPS research group «POPS System & Network» POPS = Tiny Targets = Constraint Hardware Personal Digital Assistants Smart dusts Smart labels Smartcards Sensors POPS=Portable Objects Proved to be Safe Technical characteristics: From 8 to 32 bits Processors 1 Kb of RAM, 64 Kb of E²PROM, 128Kb ROM Limited electrical resources Unsafe and untrusted deployment environment Usual «small devices»
3 3 Summary System and Networking for Portable Objects Proved to be Safe Common project-team INRIA, Univ. Lille & CNRS Research project size 34 members: 3 Professors, 4 Associate professors., 2 research scientists + Eng./PhD/Postdocs Our ambition Thinking POPS as an usual target for general purpose software : Hide the complexity of the exotic hardware and communication management Provide usual API Intelligence in system and framework instead of expertise of developers Performance issue can be important Animation and implication in scientific community POPS is involved in the organization of 36 conferences, workshops, schools and scientific journals this year Relationship with companies Gemalto, SAP, Phillips, STm, Microsoft, Thales, Ericsson, Fiat Implied in the Trade Industries cluster in North of France Scientific production (international and 2007 only) 4 journals, 21 conferences, 2 book chapters
4 4
5 WSN : from theory 5
6 Event-driven model 6
7 On-demand model 7
8 8 Sensor Nets for Search and Rescue Inactive Sensor
9 Sensor Nets for Search and Rescue 9
10 10 Sensor Nets for Search and Rescue Active Sensor
11 11 Protocol Stack Planes Layers Application Layer Transport Layer Network Layer Data Link Layer Power Management Plane Mobility Management Plane Task Management Plane Physical Layer * I. F. Akyildiz, W. Su, Y. Sankarasubramaniam, E. Cayirci, Wireless sensor networks: a survey, Computer Networks, 38 (2002), pp
12 GG over CDS 12
13 to real applications 13
14 14 Sensor applications WASP Project Wirelessly Accessible Sensor Populations Philips Research Eindhoven, Philips Forschung Laboratorium, IMEC, CSEM, TU/e, Microsoft Aachen, Health Telematic Network, Fraunhofer IIS, Fokus, IGD, Wageningen UR, Imperial College London, STMicroelectronics, INRIA, Ecole Polytechnique Federale Lausanne, Cefriel, Centro Ricerce Fiat, Malaerdalen University, RWTH Aachen, SAP, Univ of Paderborn
15 15 Sensor applications SVP Project Surveiller et Prévenir Survey and prevent CEA, INRIA, Institut Maupertuis, Aphycare, LIP6, M2S, Thales, ANACT
16 Dispositif expérimental 16 Un Anthony motivé par la recherche! Ceinture POLAR pour la mesure ambulatoire de la FC VO2000 : Mesure ambulatoire des échanges gazeux 5 capteurs Séréo'Z sans fil Tapis déroulant Vélo à effort paramétrable Sac à dos chargé
17 Focus on localization 17
18 18 Location Positioning [Folklore, Calinescu 2003, Simplot-Ryl 2003, Ermel 2004] Centroid Area-based APIT A-B: 12 3 hops avg hop: 4 DV-hop B D C
19 19 Centroid improvements [Ermel et al. 2004] Idea: All nodes are not useful to compute position Select nodes on convex hull and calculates barycentre for position estimation An error estimation is also computed from error rate provided by neighbors Improvement of 30% on position error
20 20 DV-hop improvement [Calinescu 2003, Simplot-Ryl 2003] Principle of DV-hop triangulation: Base station (position known) Sensors
21 21 DV-hop improvement (4) Room = 10m x 10m Precision Hop = = RSS = 43 cm 35 cm 18 cm
22 Use of RFID tags to add contextual/location information 22 Take advantage of passive tags Once powered, the tag emits The reader listen channel and can inform a centralized system of the location of the tagged item Problems: Power and hear the tag whatever the tag orientation Privacy How to combine this solution with other techniques?
23 23 RFID middleware ASPIRE Programmable Open-Source RFID Middleware for SME Aalborg Univ., Univ. J. Fournier, OSI, UEAPME, INRIA, Melexis, Instituto de telephonicaçoes, Pôle traçabilité, Athens Information Technology
24 AspireRfid Implements the ASPIRE Architecture 24 e.g., NFC Application Integration (JSR-257, JSR-275, Google KML ) ERP/WMS/DB Bridge Configuration Integrated Development Environment (ASPIRE IDE) Master Data BEG Configuration (BEGSpec) F&C Configuration (ECSpec) Readers Configuration ASPIRE End-to-End Management (Java/JMX) JMX JMX Logical Readers Configuration JMX JMX SNMP/RM ERP WMS RDBMS ERP Bridge WMS Bridge RDBMS Bridge ONS Other EPC-IS EPCIS Repository C a p t u r e i/ f BEGReport Bindings: JMS/HTTP/SMTP Business Event Generator (BEG) Capturing Application ECReport Bindings: JMS/HTTP/SMTP Filtering & Collection Layer EPC ALE Server EPC RP Interface EPC LLRP Interface HAL Interface EPC RP READER Reader Core Proxy (Virtual) READER ALE Reader Interface Bindings: JMS/HTTP/SMTP EPC LLRP READER ACCADA HAL Interface HAL Interface HAL Interface HAL Interface HAL Interface HAL Interface EPC-RP Compliant Sensor Reader data X READER BRI (Intermec) READER Mach1 (Impinj) READER Serial READER ASPIRE Low Cost READER OSGi Egde Server HAL Interface ACCADA (Virtual) READER
25 RFID Suite branch Web2.0 User console Object Geo Tracking 25
26 Learned lessons 26
27 27 Conclusion Technology is mature for real world applications
28 28 IEEE & ZigBee In Context Application API Security 32- / 64- / 128-bit encryption Network Star / Mesh / Cluster-Tree MAC PHY 868MHz / 915MHz / 2.4GHz Silicon Stack App Customer ZigBee Alliance IEEE the software Network, Security & Application layers Brand management IEEE the hardware Physical & Media Access Control layers Source:
29 29 Conclusion Technology is mature for real world applications Research activities are focusing on improvement in real world conditions beyond unit disk graph Software reliability
30 SensLab : very large open wireless sensor network testbed 30 INRIA, Thales, LIP6, LSIIT
31 31 Conclusion Technology is mature for real world applications Research activities are focusing on improvement in real world conditions Environment monitoring will not be the core of the big business
32 Smart buildings: from WSN to SANET 32
33 33 Conclusion Technology is mature for real world applications Research activities are focusing on improvement in real world conditions ( beyond unit disk graph ) Environment monitoring will not be the core of the big business Localization/positioning (indoor and outdoor) will be a key feature for new services
34 Future Internet 34 Ambient Intelligence M2M Ubiquitous computing Internet of Things Real world Internet
35 Examples of WSN applications through EU-funded projects 35 David Simplot-Ryl Centre de recherche INRIA Lille Nord Europe May 2010
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