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What if every traveller could…?

“ CVIS ” C o-operative V ehicle- I nfrastructure S ystems Integrated Project proposal IST Programme (6th FW) RTD Priority “Cooperative Systems”. What if every traveller could…?. cooperative incident management. cooperative speed management. interurban. personal parking assistance.

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What if every traveller could…?

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  1. “CVIS”Co-operative Vehicle-Infrastructure Systems Integrated Project proposalIST Programme (6th FW)RTD Priority “Cooperative Systems”

  2. What if every traveller could…?

  3. cooperative incident management cooperative speed management interurban personal parking assistance urban cooperative road charging personal recommended route traffic signs in the vehicle online comfort services local vehicle clustering bus & tram priority cooperative distribution services multimodal route guidance cooperative logistics dynamic scheduling & dispatching public transport freight& logistics hazardous goods management Possible CVIS applications

  4. CVIS Project Objectives • Create pre-requisite conditions for widespread take-up of cooperative vehicle-infrastructure systems & services • open, standards-based communications/ positioning/networking platform for both in-vehicle and RSU • use all suitable comms infrastructure (existing & new) • continuous (IP) connection V2V, V2I • harmonised core application/service software • range of attractive services - safety, efficiency, user • positive business case for authorities, operators, service providers, manufacturers - and for user • sustainable deployment road-map, no show-stoppers

  5. CVIS Project Overview

  6. CVIS CVIS CVIS CVIS CVIS CVIS COMO Probe COMO Probe POMALOR POMA app1 app1 app2 app2 app3 app3 data app data app client app client app Framework components for Framework components for COMO COMO POMALOR COMM Comm end end - - to to - - end applications end applications server server mapping server Runtime environment Runtime environment ( ( OSGi OSGi ) ) CVIS apps CVIS apps JVM JVM native native CALM CALM Operating System and hardware .................... Operating System and hardware .................... CVIS Architecture Layers POMA mapping server

  7. Antenna PDA antenna OEM CVIS Router OEM OEM OEM Gateway CVIS Computer OEM CVIS Vehicle Configuration

  8. VMS VMS CVIS Roadside Suitcase Comp Comp FOAM CVIS Light Traffic Light CVIS CVIS Apps Service Router Computer Roadside Roadside Gateway Gateway WLAN DSRC IR Loop Loop Ant Ant GSM WiMAX Internet Internet Internet Internet Antenna Antenna PDA PDA antenna antenna OEM OEM OEM OEM CVIS CVIS OEM OEM Router Router OEM OEM Gateway Gateway CVIS CVIS OEM OEM Computer Computer FOAM Apps CVIS Service Control Centre Full CVIS Scenario

  9. RSE Comms Scope: CALM + C2C-CC / SAFESPOT GPS/GALILEO Satellite Broadcast Terrestrial Broadcast Portable Cellular Portable Cellular Internet Internet Hot-Spot (Wireless LAN) RSE RSE CALM M5 RSE-to- 802.11p RSE 5.8GHz RSE * DSRC vehicle-to-vehicle portable-to- CALM (CALM 5, IR, MM) vehicle IR * C2C-CC communications: Fast Geo-position multihop routing based on 802.11p PHY/MAC

  10. CVIS applications • Cooperative Monitoring • XFCD, fusion with infrastructure sensors • Urban • Cooperative network management • Cooperative area destination-based control • Cooperative acceleration/deceleration • Dynamic bus lanes • Interurban • Enhanced driver awareness • Cooperative travellers' assistance • Freight and Fleet • Access control • Dangerous goods • Parking booking

  11. Enabling CVIS Deployment • Openness and interoperability • Safe, secure and fault-tolerant design • Utility, usability and user acceptance • Costs, benefits and business models • Risks and liability • CVIS as policy tool • Deployment road-maps

  12. CVIS in brief • 63 Partners • 13 SMEs • 12 countries • 4 years’ duration • Project budget €41m

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