from Autonomous Sensor Networks to Participatory Surveillance

Transcription

1 Situational Awareness during Emergencies: from Autonomous Sensor Networks to Participatory Surveillance F. Andritsos 2 nd Hellenic Forum for Science, Technology & Innovation

2 Contents JRC - who we are Surveillance for emergency management Ad-hoc networked cameras for emergency response 2 paradigms: LOCCATEC project ASPIS project Participatory surveillance: citizens in the loop

3 The JRC inside the European Commission President José Manuel Barroso Commission Members Commissioner Mairé Geoghegan-Quinn Research, Innovation & Science Director-General Vladimír Šucha Joint Research Centre DG Research & Innovation (RTD)

4 Our Structure: 7 Institutes in 5 Member States IRMM Geel, Belgium Institute for Reference Materials and Measurements ITU Karlsruhe, Germany Institute for Transuranium Elements IE Petten, The Netherlands and Ispra, Italy Institute for Energy IPSC Ispra, Italy Institute for the Protection and Security of the Citizen IES Ispra, Italy Institute for Environment and Sustainability IHCP Ispra, Italy Institute for Health and Consumer Protection IPTS Seville, Spain Institute for Prospective Technological Studies ~ 2750 staff ~ 345 M /y institutional budget (+ 60 M /y earned income)

5 JRC Mission in the Policy Cycle Policy anticipation Policy evaluation Effectiveness and impact assessment Ad-hoc policy support Agenda-setting Identification of emerging issues JRC Policy formulation Expert advice Policy adoption Crisis response Policy implementation Compliance checks Independent verification Anti-fraud measures Decision-making process Selection of programme options

6 The mission of the IPSC is to provide research results and to support EU policy-makers in their effort towards global security and towards protection of European citizens from accidents, deliberate attacks, fraud and illegal actions against EU policies As of January 2012 IPSC has 299 staff positions Women represent 33% of the present staff Scientist and technicians 80 % Admin. & support 20 %

7 Digital Citizen Security Unit Mission Statement Strengthen the trust and security of the European Citizen in a sustainable and inclusive ICT based European society by scientific research on how emerging Information and Communication Technologies will impact citizens' daily life. In the balance between European security needs and fundamental citizen rights, the unit works on risk mitigation, on cyber security, data protection, privacy and other ethical considerations, and on the associated legal and regulatory frameworks.

8 Emergency information management Crisis in the modern era complexity Prompt availability Pertinent information To the right people Increasing Unpredictability Basic needs Inadequacy of centralized systems London metro, Catrina, Costa Concordia.. Lack of flexibility

9 24 / 7 CCTV surveillance Issues Time needed to extract useful information Cost to set-up, operate and maintain Threat to privacy

10 An alternative approach Autonomous, Ad-hoc networked, Sensor-based agents Image acquisition module Communication module Embedded platform Packaging & mounting Supervisory module Offline programming Triggering module Location module Many practical examples.. Yet formidable problems!!!! Power module Typical agent device symbolic

11 Conditional Autonomous Surveillance for Emergency Management LOCCATEC & ASPIS FP5 IST completed in 2006 FP7 SST completed in 2012

12 The LOCCATEC system A tool in support of SAR operations in the event of a building collapse Collapses of buildings are the cause of a considerable number of casualties in Europe and worldwide. Effective search & rescue (SAR) operations are necessary to reduce human casualties following building collapses. The prompt availability of reliable information is crucial for minimizing the search time for persons trapped in the ruins as well as for better planning the rescue, thus increasing the overall effectiveness of SAR operations.

13 Scope The development of a prototype system, which provides the rescue teams quickly and cost-effectively reliable information on: 1. The presence (or not) of people in each space of the building during its collapse 2. Essential background information on the building (floor plans, use of each space, etc.) 3. Provide audio link with the trapped persons In addition, the LOCCATEC system could provide useful information on the state of the ruins, possible pathways, mode and mechanics of the collapse etc.

14 Functionalities? W W Trigger Sensor F2 capture A.OCC process, store & survive communicate store, process & display D F3 exctract A.STM

15 Captured frame sequence frame -83 frame -35 Triggering (collapse) Snapshot (On request during data extraction) frame -10 frame 0-5 min frame s frame fps -10 s 0.5 fps 10 s 0 s 1 fps Time (s)

16 Triggering Failsafe: never miss a collapse Reliable: avoid / minimize false triggering

17 Capturing Device State Diagram

18 Prototype Capturing Device

19 Central Unit

20 Institute for the Protection & Security of the Citizen European Commission DG JRC Example of ad-hoc network formation HQ LSD LCU LGB LSD

21 LOCCATEC

22 Tests performed in HUA Oct. 2004

23 Tests performed in NTUA seismic table

24 Conditional autonomous surveillance in public transport

25 ASPIS - scope Scalable, modular, surveillance/alarm system providing prompt, pertinent information to the emergency responders without compromising citizen s right to privacy ASPIS records and transmits information only on the occurrence of an emergency event

26 ASPIS 3 operational scenarios 1. Underground metro / suburban rail: on-board surveillance, on-board explosion / gunshots 2. Ferry vessel: doors / accesses to sensitive rooms / spaces 3. Ferry vessel: cabin occupancy under vessel evacuation conditions

27 metro bombing 1 2 3

28 ferry vessel evacuation Under evacuation conditions, sailors ensure cabins are empty and activate ASPIS system at each corridor. Anyone passing through a corridor would trigger alarm and video tracking.

29 ferry vessel sensitive door Sensitive doors are monitored by ASPIS cams from both sides. Upon opening, an alarm is triggered and pictures are sent and recorded on the bridge. Alarm persists as long as door is open!!

30 ASPIS monitoring device

31 ASPIS domain ASPIS network

32 AMD box

33 Triggering device Pressure Sound Vibration

34 What s next? Human is the most sensitive and intelligent agent! Nodes in a autonomous sensor network? Why not????

35 Smartphones Formidable monitoring tools Full HD video / audio recording & streaming Gyroscope / accelerometer Magnetometer USB / Bluetooth / WiFi connectivity to ad-hoc sensor modules Formidable communication & networking capacity Increasing processing & storage power Local & cloud Widespread use Increasingly new functionalities ticketing, ID, health, transactions

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39 Participatory surveillance for emergencies Organised, methodical use of the smartphone equipped citizens for surveillance / situational awareness for public order or other emergencies

40 Possible scheme 1. Alarm 2. Grab mobile location data 3. Choice of most useful smartphone 4. Open priority channel 5. Ask / impose(?) user s consent 6. Stream data (video, sound..) up 7. Choose other smartphone Go to 4.

41 Claimed advantages 1. Technology exists 2. Tools from the shelve 3. Public becomes active actor 4. Adaptable to a wide range of situations

42 Needs 1. Procedures & protocols 2. Tests and demos 3. Regulations 4. Public acceptance

43 Risks Issues 1. Conditions giving rise to location request 2. Prompt accessibility to mobile location data 3. Mutual trust Safeguards 1. Procedures documented on client & server 2. Trusted authority / one stop shop 3. Preloaded client applications 4. Guarantees on anonymity

44 Acknowledgment - LOCCATEC IES Solutions (I) coordinator Joint Research Centre (EC) technical manager Industrial Systems Institute (GR) Commissariat à l Energie Atomique (F) ZENON (GR) IDEASIS (GR) Earthquake Planning & Protection Organization (GR) University of Calabria (I)

45 Acknowledgment - ASPIS THALES (F) coordinator Joint Research Centre (EC) technical manager Industrial Systems Institute (GR) Computer Technology Institute (GR) Hellenic Aerospace Industry (GR) ITTI (PL) ANEK (GR) RATP (F)

46 Thank you for your attention! Fivos ANDRITSOS Joint Research Centre Institute for the Protection & Security of the Citizen Digital Citizens Security Unit