calm application: the fp6 cvis integrated project in europe … · 2007-06-22 · see keisuke...
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Thierry Ernst – ITST – June 2007
CALM Application:The FP6 CVIS Integrated Project in Europe
[email protected] INRIA
IMARA project-team / JRU LARA http://www.lara.prd.fr
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Coordinator: Fiat Research Centre
Total budget: € 38 Million
EC contribution: € 20,5 Million
Consortium: 51 partners - 12 countries
Coordinator: AustriaTech
Total budget: € 16,8 Million
EC contribution: € 9,6 Million
Consortium: 37 partners - 14 countries
Coordinator: ERTICO
Total budget: € 41 Million
EC contribution: € 22 Million
Consortium: 61 partners - 12 countries
Cooperation links to: SISTER (EC-Proposal), SEVECOM, COMeSafetyCar-2-Car Communications Consortium (C2C-CC), Network on Wheels (NoW), INVENTACTIV (Germany), CVHS (UK), IVSS (Sweden)
Core Technologies
Car<->Car
Car<->Infrastructure
Key Initiatives in Europe: FP6 Projects
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CVIS: FP6 Integrated Project (IP)Cooperative Vehicle-Infrastructure System
http://www.cvisproject.orgFrom Feb. 2006 till Feb. 201061 partners / 12 countries / Total Budget: 41 Millions Euros
ObjectivesDevelop, trial & demonstrate
Inter-operable architecture for vehicular communicationsNovel applications for:
Cooperative traffic and road network monitoringCooperative road & traffic network management & controlCooperative logistics & fleet managementCooperative public transport & intermodality
VisionUse and extend existing standardsProduce open design and softwareOutput intended to be reused by other EC projects
CVIS: FP6 Integrated Project (IP)
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CVIS: FP6 Integrated Project (IP)Communication Sub-Project (SP 2.1 COMM): Vehicle-Infrastructure communications
± 23 partnersApprox 23% of CVIS overall budgetSpecify & Implement communication architectureLiaison with other EU-funded projects / ISO / IETF / C2C-CC
Communication architecture inspired from ISO TC 204 WG16 'CALM' architecture
CALM is adapted and simplified
CALM: Communications Air-interface, Long and Medium range
CALM Handbook: http://www.calm.huSee Keisuke Uehara's presentation on 8th
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ProprietaryProtocol
B
Proprietaryor
DedicatedRadio
Interface
ProprietaryProtocol
C
Proprietaryor
DedicatedRadio
Interface
ProprietaryProtocol
A
Proprietaryor
DedicatedRadio
Interface
App. 1 App. 2 App. 3ALL ITS
APPLICATIONS
TCP UDP
Stream &RealtimeProtocols
ISODSRC
L7
HTTP/SMTP
Protocols
MAC
802.11pWAVE
InitHnd-ovr
Secur
MAC
2G/3GGSM
InitHnd-ovr
Secur
MAC
IR
InitHnd-ovr
Secur
L2/UDP
…
IPv6 layer
ServiceQoS
Interface Selection
Handover
InterfaceQoS
ISO TC204 WG16: CALM Architecture
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CVISHost
CVISRouter
Antenna
OEMGateway
SENS
SENS
CtrlCtrl
CVIS: Vehicle ConfigurationIn-vehicle IPv6 subnet
CVIS Router: Mobile Router maintaining Internet Access through several physical interfacesCVIS Host: run dedicated ITS applicationsOEM: Gateway between IP and CAN
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CVIS: Communication System Based on IPv6Why IP
Unification layer of underlying technologies3G, GPRS, DSRC. PHS, 802.11 series, 802.16, satellite, ...Any application running over IP is media-agnostic
IP everywhere: ITS, education, health-care, army
Why IPv62128 available global addresses instead of 232
Scale to millions of vehicles, each requiring several IP addressesEnd-to-end principle ; peer-to-peer communications
Enhanced and better embedded featuresEmbedded securityAuto-configurationMobility support (NEMO, mobile edge multihoming, ...)
ExtensibleSimpler model, will save costs
A major business driver for the future
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Roadside System
Vehicle System
CVIS: IPv6 Communications between subsystems
Internet
Central System
TunneledIPv6
(MNN)
Vehicle Host
MobileRouter
Antenna
VehicleGateway
SENS
SENS
CtrlCtrl
Service
Centre
Control
Centre
Internet
Authority
Databases
Home Agent
CentralHost
Gate-way
BorderRouter
CentralHost
Gate-way
BorderRouter
CentralHost
Gate-way
BorderRouter
VMS Ant
SENSCtrl
AccessRouter
RoadsideHost
RoadsideGateway
BorderRouter
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CVIS: Communication Architecture Key FeaturesNEMO: Maintain Internet access
Continuous communication during handoffHorizontal handover: between access points using the same mediaVertical handover: heterogeneous handovers
MonAmi6: Mobile Edge multihomingManage simultaneous access to the Internet (multiple interfaces)
Medium Selection & Switching Select the most appropriate media based on application needs
IPv4-IPv6 TransitionAllow IPv6 communications over IPv4 access networksAllow CVIS nodes to communicate with IPv4
IP & non-IP servicesIP not considered for time critical applications (e.g. collision avoidance)
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Standard Automotive PC Hardware + RT Linux
AdvancedRouting
Antenna(Roof Layer)
Media HW
PlatformCore
Functions
CALM SWExtensions
5 + MDSRC
/GPSGalileo 2 /3G G IR
COMMManager
Rooftop Antenna IR
- Media plug in Manager
CVIS Router Platform Layers
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FOAM HMI Security Vehicle API Mntg Agent
Operating System and Hardware
-Real timeapps
COMOserver
POMA Mapping server
( ) native JVM
( )Runtime environment OSGi
ParkBooking
SmartAccess
.DangGoods
CooperativeDriving
CooperativeGuidance
Apps
Services
PlatformCore
Functions
CALM Ma nager
Middleware
9
CVIS Router Platform Layers
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ConclusionsIPv6 Network Mobility (NEMO) is the base protocol for ITSIETF is defining the IPv6 standardsISO is defining the CALM architecture based on IETF standardsCVIS is validating the CALM architecture concept
CVIS know-how can improve ISO standards and help the IETF to develop new standards needed for ITS communications
IPv6 is a convergence layer will allow interoperability between V2V and V2I architectureswill allow interoperability between dedicated ITS applications and other Internet usageswill save costs and boost innovation
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ConclusionsA long story ...
Everyone now actively pushing for IPv6
Mon Ami6