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1 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Sensor Network Projects 2010+ Jan Beutel, Lothar Thiele.

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Presentation on theme: "1 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Sensor Network Projects 2010+ Jan Beutel, Lothar Thiele."— Presentation transcript:

1 1 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Sensor Network Projects Jan Beutel, Lothar Thiele

2 2 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Overview Projects MICS PermaSense MICS Stabilization CCES SwissEx Nano-Tera X-Sense Nano-Tera OpenSense KTI Siemens Summary Table Organization

3 3 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Overview Projects MICS PermaSense MICS Stabilization CCES SwissEx Nano-Tera X-Sense Nano-Tera OpenSense KTI Siemens Summary Table Organization

4 4 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Summary Organization: MICS Phase 3 started Dec and will last for three years. PermaSense and Observability have been merged. Oberservability: Mattern, Roemer, TEC PermaSense: Gruber, Tschudin, TEC Resources (TEC): 2 PhD positions, 2/3 technical staff 630k material and consumables

5 5 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze New Horizons Multitude of (new) sensors Precision movement detection Acoustic tomography Imaging Large variety of time scales Real-time actuation and sensing for fast processes Long term for slow processes Remote locations No possibility of physical repair/update No infrastructure Sensor node in a pocket

6 6 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Challenges Example Acoustic tomography Joint actuators and sensors

7 7 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze A Framework for Observability Application Observability requirements Trace analysis Back annotation Observable state Energy/ resource budget Protocols include extra bits of state info in headers Generator Executable code

8 8 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Research Agenda Metrics Observability, energy cost of observability Networking protocols and programming models Add a small amount of information to message headers Specify observable system state Time-triggered paradigm Trace analysis Analyze gathered execution traces to infer state, failure indicators and causes Back annotation Correlate failure causes with programming models Test in application context (e.g., PermaSense)

9 9 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Overview Projects MICS PermaSense MICS Stabilization CCES SwissEx Nano-Tera X-Sense Nano-Tera OpenSense KTI Siemens Summary Table Organization

10 10 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Summary Organization: Started Oct and will last for two years. Special program of SNF to foster spin-offs. Participants: Stephan Gruber (Uni Zürich) AoT Jan Beutel Resources (TEC): 1 techn. staff 125k material and consumables

11 11 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Goals Refine and redesign all core hardware components of the existing PermaSense architecture to a level where they can be easily manufactured and marketed. Extend the sensor portfolio with positioning sensors (GPS) for slow and fast movements. Develop a suitable and functional software support package for control, monitoring and data management. Investigate into market and stakeholder potential.

12 12 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Overview Projects MICS PermaSense MICS Stabilization CCES SwissEx Nano-Tera X-Sense Nano-Tera OpenSense KTI Siemens Summary Table Organization

13 13 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Summary Organization: Started Oct and will last for four years. Funded by CCES (Competence Center Environment and Sustainability), lead by ETH Zurich Resources (TEC): 0.5 PostDoc Goal: Backend Integration with GSN (Karl Aberer)

14 14 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Overview Projects MICS PermaSense MICS Stabilization CCES SwissEx Nano-Tera X-Sense Nano-Tera OpenSense KTI Siemens Summary Table Organization

15 15 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Summary Organization: Starts most probably in March 2010 for three years Funded by Nano-Tera.ch Participants: TEC, Stephan Gruber (Uni Zürich), Hugo Raetzo (BAFU/FOEN), Urs Wegmueller, Tazzo Strozzi (Gamma Remote Sensing SA), Alain Geiger (Geodesy) Resources (TEC): 0.5 PostDoc, 2 PhD positions, 0.8 technical staff 280k material and consumables

16 16 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze X-Sense Platform Host Station processing, fusion, storage Reference GPS Moving debris moving rock slope

17 17 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze X-Sense Key Personnel ETH Zurich Embedded and Wireless Technology Lothar Thiele, Jan Beutel ETH Zurich Geodesy and Photogrammetry Alain Geiger BAFU/FOEN Federal Office for the Environment Hugo Raetzo GAMMA SA SAR Remote Sensing Tazio Strozzi, Urs Wegmueller University Zurich Physical Geography Stephan Gruber

18 18 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze X-Sense Task Structure Wireless Sensor Netw. Component-based design Application control Signal Processing Precise localization SAR – GPS fusion Geoscience Modeling Spatial analysis Model development Scenario simulation trade-off functions implementation constraints model sensitivity use cases multi-modal sensor data hypothesis testing methods enhanced SAR data

19 19 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze X-Sense Wireless Sensor Technology Challenges Wireless Sensor Technology Develop a platform that integrates concepts for adaptive resource management (computation, communication) caused by different sensing modalities concepts for adaptive application-level control driven taking into account available and scavenged energy, external and internal dynamic application requirements, and long term reward functions. Develop a methodology for the design of dependable wireless sensor networks.

20 20 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze WSN Integration in X-Sense Problem statement How do we combine application control and resource sharing ? Can we do that with reasonable run-time overhead ? Do we obtain an adaptive but still dependable and resource efficient system ? application control WSN server CPU server GPS server … app1 app2app N

21 21 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze X-Sense Task Structure 2PhD, 0.5 PostDoc 2PhD, 0.4 PostDoc 1PhD, 0.5 PostDoc, 0.5 Tech 0.5 PostDoc, 2 Tech

22 22 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Overview Projects MICS PermaSense MICS Stabilization CCES SwissEx Nano-Tera X-Sense Nano-Tera OpenSense KTI Siemens Summary Table Organization

23 23 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Summary Organization: Starts most probably in March 2010 for three years Funded by Nano-Tera.ch Participants: Karl Aberer, Martin Vetterli, Alcherio Martinoli, Boi Faltings (EPFL), TEC Resources (TEC): 0.5 PostDoc, 1.5 PhD positions 95k material and consumables

24 24 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze

25 25 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze

26 26 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze

27 27 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze TEC

28 28 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze TEC

29 29 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Overview Projects MICS PermaSense MICS Stabilization CCES SwissEx Nano-Tera X-Sense Nano-Tera OpenSense KTI Siemens Summary Table Organization

30 30 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Summary Organization: Status: proposal, will be submitted to KTI in March. Participants: Siemens BT, TEC Resources (TEC): 1 1/3 PhD positions some material and consumables

31 31 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Goal From a new testbed infrastructure towards on-line monitoring Based on successful cooperation with Siemens BT Extends Observability (MICS) towards on-line monitoring Challenges: From locally oberservable properties towards system-wide diagnosis; distributed reasoning about the system state at run-time Balance local overhead (precomputation, additional software, communication) and quality of diagnosis.

32 32 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Overview Projects MICS PermaSense MICS Stabilization CCES SwissEx Nano-Tera X-Sense Nano-Tera OpenSense KTI Siemens Summary Table Organization

33 33 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze

34 34 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Summary Table durationfunded PPY mat.partnersgoals and remarks MICS- PermaSense PhD 2/3 Techn. 630kGruber, Mattern, Tschudin permasense: active control, acoustic sensing observability: testing and monitoring MICS- Stabilization Techn.125kGruber, AoT redesign, base station, GPS, solar power, long range communication CCES- SwissEx PostDocLehning, many Data backend integration NanoTera- X-Sense PostDoc 2 PhD 1 Techn. 280kGruber, GAMMA, BAFU GPS localization, early warning, adaptive communication NanoTera- OpenSense PostDoc 1.5 PhD 95k Aberer, Vetterli, Martinoli, Faltings hardware+sw for mobile sensing (air pollution), optimal comm. link, adaptive resource control, mobility KTI- Siemens BT x x /3 PhDSiemens BT testbed, local monitoring, diagnosis status: being applied for

35 35 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Prototype Strategy Try to make use of synergies between platforms: Testbed used for all projects. Use and extension of PermaSense base-station in Open- Sense (mobile air pollution measurements). Reuse of PermaSense sensor node in X-Sense (temperature, pressure, crack meters). Development of a new (modular) node concept to be used in PermaSense III (acoustics), X-Sense (location). Maybe Arm/Cortex-based (with energy scavenging)? The SwissEx data backend will be extended towards Open- Sense. Try to use this for PermaSense III and X-Sense or develop a new one that can be used for all projects.

36 36 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Overview Projects MICS PermaSense MICS Stabilization CCES SwissEx Nano-Tera X-Sense Nano-Tera OpenSense KTI Siemens Summary Table Organization

37 37 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Personnel Planning Current Status Jan Beutel Matthias Keller, Federico Ferrari, Marco Zimmerling Roman Lim, Mustafa Yuecel, Christoph Walser Matthias Woehrle, Andreas Meier (until 03/2010) Target 1 additional PostDoc 3 additional PhD students (1x is already in pipe starting 05/2010)

38 38 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Organization Shared responsibility Jan Beutel, Lothar Thiele joint supervision conflict resolution mechanism: talk to us in case of problems! Weekly additional SN group meeting after TEC meeting Bi-weekly reading group PermaSense seminar for cross disciplinary pollination meetings take place despite individual absences SN group webpage to reflect activities (in/external)

39 39 Computer Engineering and Networks Technische Informatik und Kommunikationsnetze Organization cont. Use of shared infrastructure + individual research topics everyone has to invest in the shared infrastructure and take over responsibilities (web, deployments, testbed, lab, students) focused research topic should evolve after first third of PhD time Emphasize team-work with individual domains of expertise depending on each research focus Shared literature repo svn://svn.ee.ethz.ch/tecdoc/wsn/bibtex


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