CVIS. CVIS Chief Architect Dallas 14. November 2006

Transcription

1 CVIS CVIS Chief Architect Dallas 14. November 2006

2 European R&D projects supported by DG INFSO Coordinator: ERTICO Total budget: 41 Million EC contribution: 22 Million Consortium: 61 partners - 12 countries Coordinator: Fiat Research Centre Total budget: 38 Million EC contribution: 20,5 Million Consortium: 51 partners - 12 countries Coordinator: Austria tech Total budget: 16,8 Million EC contribution: 9,6 Million Consortium: 37 partners - 14 countries Co-operating projects also includes: SEVECOM, COMeSafety, Car-2-Car Communications Consortium (C2C-CC), Network on Wheels (NoW), INVENT, ACTIV (Germany), CVHS (UK), IVSS (Sweden)

3 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

4 CVIS Partners

5 CVIS Project Overview

6 So what are Cooperative Systems? any clients (e.g. vehicles, handheld devices, infrastructure and centres) can connect to the CVIS network controllers on section..., please do... the travel time on next link is... I have experienced a jam,... My attributes are... I want to go to... TCC You may use the bus lane... there is an accident... I want to park... I will change in... I measure... I display... We recommend for the specific vehicles going to... to go via... The oncoming traffic situation is... Dangerous goods vehicles may enter... TIC SP CC You can downlode the services... Your best Route is... A parking lot has been booked for you in...

7 Communications GPS, Galileo Terrestrial Broadcast RDS, DAB Sat-Comm GSM-GPRS UMTS WiMAX Broadcast Transmitter Beacon CALM-M5 CEN-DSRC CALM-IR Hot-Spot (Wireless LAN) PDA, SmartPhone Variable Message Sign Info-Broadcaster Vehicle-to-Vehicle (M5, IR, MM)

8 The three CVIS technical subsystems Roadside System VMS Ant Tunneled IPv6 Internet Roadside Gateway Access Roadside Host Border Ctrl SENS Antenna Vehicle System Gateway Central System Central Host Border Internet Internet Service Centre Mobile (MNN) Vehicle Host Vehicle Gateway Ctrl Ctrl SENS Gateway Central Host Border Home Agent SENS Authority Databases Gateway Central Host Border Control Centre

9 CVIS Host Platform Layers Park Booking Smart Access Dang. Goods Cooperative Driving Cooperative Guidance Portable Apps HMI Security FOAM Mntg Agent COMO Sensor POMA POS/MAP CALM Manager Services Runtime environment (OSGi) Middleware (native) JVM Operating System and Hardware Real-time applications Platform Core Functions

10 Full CALM stack in CVIS

11 CVIS Platform Layers Rooftop Antenna IR Antenna (Roof Layer) M5 + DSRC GPS/ Galileo 2G/3G IR Media HW Advanced Routing COMM Manager Media plug-in Manager Extensions Standard Automotive PC Hardware + RT Linux Platform Core Functions

12 CVIS β-γ Vehicle Architecture Park Booking Smart Access Dang. Goods FOAM HMI Security Vehicle API Mntg Agent Runtime environment (OSGi) Cooperative Driving COMO server POMA Mapping server Cooperative Guidance CALM Manager COMM server Real-time apps Apps Services Middleware OEM G/W CALM Network Layer C2C Switch Layer Firewall Real-time Applications Sensors, HMI and Control In-Vehicle App (native) JVM Operating System and Hardware CALM Platform Core Functions Ethernet Ethernet RT Link IVN DLL IVN PHY IVN DLL IVN PHY Emu ITS In-Vehicle Network 100baseT Ethernet In-vehicle OEM networks CAN/VAN/MOST/AMI-C.. Real-time Applications CVIS Mobile CALM Routing CME. Network Ethernet Ethernet C2C-CC Fast Net Network CALM LLC CALM MAC CALM M5 PHY Network DSRC Convergence DSRC L2/L7 DSRC L1 Network GPRS Convergence GPRS Stack GPRS PHY Network GPS Convergence GPS Stack GPS PHY Network CALM LLC IR Stack IR PHY NME. IME. Dallas, 14 November 2006 Presentation Antenna to IEEE Pod 802 IR Rx/Tx

13 Proposed European Spectrum ETSI ERM TG37 asked for 60MHz co-primary spectrum inside this block US I S M W L A N DS RC Shared allocation following WLAN rules SRD Part 3 Proposed allocation for V2V LowLat Safety SRD Part 1 Proposed allocation for R2V Safety/Efficiency SRD Part 2

14 Proposed Spectrum Details Prop. new US Control Channel U S 5. 9 Prop. new US High Availab. I S M 20MHz alloc. for Low- Latency Safety (v2v) P2 P2 P1 P1 P2 P2 P2 20MHz allocation for Safety/Efficiency (v2c) CEN DSRC MHz allocation for non-dfs applics (v2v)

15 CONCLUSION CVIS Platform is intended to be used in all relevant (European) Projects Based on Open Software/Open Design as far as possible NOT a commercial product designed as a very flexible R&D platform CVIS invites interested parties to contact

16 Thanks for your attention

17 Backup slides

18 CVIS Core Tech services CVIS will provide four Enabling Services CALM: Standard seamless wireless communications with Internet access POMA: Positioning, map services and location referencing COMO: Cooperative Monitoring. Vehicle and Infrastructure standard data sets for local or central fusion FOAM: Open end2end framework linking in-vehicle systems, roadside infrastructure and back-end infrastructure Open Applications POMALOR FOAM COMO CALM Communications

19 5 GHz Spectrum (not exact!) Europe HiperLAN BRAN Japan j-band North Ameri U-NII U-NII - New Old ISM band ISM CALM M5 WAVE? 5 5,1 Configurable or regionally fixed part 5,2 5,3 5,4 5,5 5,6 5,7 5,8 5,9 6 Dedicated ITS (DSRC) Requested : Global ITS Safety allocation

20 ETSI ERM TG37 2G/3G standards, ecall, Testing standards, European frequency selection System Reference Document (SRD) in three parts: Critical Safety - 2*10MHz bandwidth Safety & Efficiency - 5*10MHz Mobile use of unlicenced 5 GHz bands Allocation likely in 5.9 GHz band. Process involves several steps with ETSI CEPT national authorities. Possible allocation of 5GHz frequencies early 2007?

21 CoreTech timeline α-developments CAG β - integration GSM/GPRS CALM M5 & DSRC IR Acceptance testing Acceptance testing without applications ETSI? Acceptance testing with applications ETSI? Acceptance testing Car & roadside ETSI? CAG CAG γ - car & roadside integration platform Host platform platform β test bed platform γ test bed α test bed ? +28 Validation plan VALIDATION CAG +33 GSM/GPRS CALM M5 & DSRC IR GSM/GPRS CALM M5 & DSRC IR

22 CVIS end-to-end service concept Park Booking Smart Access Dang. Goods Cooperative Driving Cooperative Guidance Real-time Park apps Booking Apps Smart Access Dang. Goods Cooperative Driving Cooperative Guidance Real-time apps Park Booking Apps Smart Access Dang. Goods Cooperative Driving Cooperative Guidance Real-time apps Apps FOAM HMI Security Vehicle API Mntg Agent COMO COMO server POMA Mapping server CALM Manager FOAM Services COMO HMI Security Vehicle API Mntg Agent server POMA Mapping server CALM Manager Services FOAM COMO POMA HMI Security Vehicle API Mntg Agent server Mapping server CALM Manager Services Ant Antenna Mobile Vehicle Host Vehicle Gateway Ctrl Ctrl SENS SENSOR Roadside Gateway Access Roadside Host Border Border Central Host Central Gateway Vehicle SENS Roadside Central Service Centre