Activities on ITS Radiocommunications Standards in ITU-R and in Japan

Transcription

1 1 st ETSI TC-ITS Workshop Activities on ITS Radiocommunications Standards in ITU-R and in Japan 6 February 2009 Sophia Antipolis, France Satoshi (Sam) Oyama Hitachi, Ltd., Japan Chair, DSRC International WG and Vice Chair, VSC TG, Vehicle Communications Systems EG ITS Info-Communications Forum, Japan 1

2 Contents 1. General 2. Organizations of ITS Radiocommunications Standards 3. Current DSRC standards in the world and in Japan 4. ITS Applications using DSRC 5. Summary 2

3 1-1 ITS Info-Communications Systems ITS Information ITS Information Existing Network GPS Roadside Network (Optical Fiber, etc.) ITS Info-communications Platform Roadside Network (Optical Fiber, etc.) Cell Phone, Wireless LAN, MCA Radio,etc. Mobile Comm. Network Broadcasting FM multiple broadcasting, Terrestrial Digital Broadcasting, Digital Satellite Broadcasting,etc. Base Station (Antenna) Base Station(Antenna) ITS Information ITS Information Road to Vehicle Communications DSRC V to V Comm. Passenger Vehicle Truck (Transport Company) On-board Network (ITS Data Bus) Sensors Collision Avoidance Radar etc. Bus, Taxi (Public Transportation) Pedestrians Reference : TTC, MPT Interim Report on the Status of the Study, DSRC System Applications (April 2000) 3

4 1-2 DSRC Spectrum Allocations As of January 1, 2009 Frequency (MHz) ITU -R 5,800 5,900 5,725 5,875 ISM Band 5,795 5,815 5,875 5,905 Europe 5,855 5,925 North America ,850 5,925 Japan ,770 5,850 In use Allocated 10MHz in this band Potential 4

5 2-1 ITU-R Organization for ITS Study Period: ITU ITU-R ITU-T ITU-D WRC World Radio Conference RA SG1 SG 5 Radiocommunications Assembly SG: Study Group WP: Working Party WG: Working Group Terrestrial Services (Mr. Hashimoto, Japan) SG 7 WP5A WP5B WP5C WP5D Land Mobile Services (Dr. Costa, Canada) WG1 WG2 WG7 ITS (Mr. Najarian, U.S.A.) 5

6 2-2 ITS Radiocommunications: Standardization Process in Japan ITS Info-communications Forum ARIB ITS Standards (DSRC, TPEG etc.) Information and Telecommunications Technology Council (MIC) ITS National Committee ASTAP APT (JSAE) ITU-R ISO TC204 JSAE: Society of Automotive Engineers in Japan ARIB: Assoc. of Radio Industries and Businesses MIC: Ministry of Internal Affairs and Communications APT: Asia-Pacific Telecommunity ASTAP: APT Standardisation Programme 6

7 2-3 Standards in Asia-Pacific Region APT Asia-Pacific Telecommunity 34 Members, 4 Associate Members, 108 Affiliated Members ASTAP APT Standardization Program AWF APT Wireless Forum (Formerly APT IMT-2000 Forum) APG APT Conference Preparatory Group Wireless JEG Network JEG IT Applications JEG ITS EG IMT EG DMCS EG MMCS EG (and ITU-T related regional organizations) DMCS: Disaster Management Communication System MMCS: Millimeter-wave Communication Systems 7

8 2-4 ITS info-communications Forum, Japan General Assembly Management Committee Vehicle Communications System Expert Group DSRC Standards WG Wireless Communications TG Standardization TG Planning and Coordination Committee Planning Ad-hoc Group DSRC International WG DSRC Application Interface WG POIX_EX Guideline WG Millimeter wave TG Vehicle Safety Communications TG Public Relations WG Broadcasting System WG Broadband Media SIG TPEG SWG July 1998: Established June 2008; Reorganized Regional ITS Guideline WG Vehicle Communication System Practical Use Examination SIG 8

9 3-1 ITU-R Recommendations Q. 51/8 Q.205/8 As of January Work Item Proposal [ M.1310] Objectives & Requirements [ M.1451] Functionalities In effect In effect [ M.1452] Short Range Radar(60, 76GHz) 2008 Revision Eliminated 2010 Individual Technologies [ M.1453] 5.8GHz DSRC [ M ] [M ] In effect Next Generation ITS Radiocommunications [Pend] Millimeter Wave ITS Radiocommunication [Work in Progress] [ITU-R Recommendation] 9

10 3-2 ITU-R Recommendations ITU-R M.1310 Transport information and control systems (TICS) -Objectives and requirements (10/97) Based on the ITS reference architecture completed in ISO/TC 204/WG1. It is also based on the US National Architecture. ITU-R M.1452 Low power short-range vehicular radar equipment at 60 GHz and 76 GHz (05/00) Technical and operational characteristics of collision avoidance radar operating at 60 and 76 GHz has been implemented by the ITS industry. ITU-R M DRSC at 5.8 GHz (06/05) Based on the ARIB, TTA, ETSI and CEN Standards for DSRC, and updated in June Extensively used by the ITS industry. 10

11 3-3 ITU-R Related Organizations ISO/TC204: On the upper Layers IEEE: (via liaison) Regional efforts: APT Asia Pacific Telecommunity ASTAP APT Standardization Program ETSI (through CEPT) APSC (The ITU/ISO/IEC Advisory Panel on Standards Collaboration ) : For collaboration with external organizations and regional ITS organizations. The APSC also provides an interface with the Global Standardization Cooperation (GSC) 11

12 3-4 Handbook on Land Mobile Volume 4 Intelligent Transport Systems Published in March Available from ITU. Complements the ITU-R Recommendations. Summary of current and planned ITS applications around the globe. A Useful reference for ITS Developing Countries! 12

13 3-5 DSRC Standards in the world Lower Layer ITU-R Recommendation M GHz DSRC Item Europe North America Japan Frequency Band 5.8 GHz (5.9 GHz) 915 MHz (5.9 GHz) (700 MHz) 5.8 GHz Communication System Maximum Data Transmission Rate Outline of Protocol Standards ARIB: Association of Radio Industries and Businesses Passive Active & Passive Active Downlink:500kbps Uplink :250kbps (5.9GHz:? Mbps) Asynchronous CEN (ETSI) 915MHz (Down/Uplink) :500kbps (5.9GHz: 27Mbps) Synchronous & Asynchronous ASTM (IEEE802.11p & 1609 Family) Down/Uplink: 1 or 4 Mbps Synchronous ARIB STD-T75 & T88 13

14 ITS in Japan MEX Tokyo Increase of OBU ETC % New Vehicle Installed with Navigation System Japan US Europe Others '03 '04 '05 '06 '07 '08 '09 VICS OBU 14 '97 '98 '99 '00 '01 '02 '03 '04 '05 '06 '07 '08 '02 '03 '04 '05 '06 '07 '08 '01 Number of Installed OBU (million) Units (million)

15 4-2 ETC Standards in Japan International standards for Electronic Toll Collections ITU-R Recommendation M Intelligent transport systems - Dedicated short range communications at 5.8 GHz DSRC (ISO TC204 WG15) ISO Intelligent transport systems - Dedicated Short-Range Communication (DSRC) DSRC application layer EFC (ISO TC204 WG5) ISO 14906:EFC application interface definition for DSRC TS 14904: Interface specification for clearing between operators TS : Test Procedures, part 1 TS : Test Procedures, part 2 TS 17573: EFC System architecture TS 17574: EFC security 15

16 4-3 ITS-Safety ET * IT New Reform Strategy C 5.8GHz DSRC DSRC Private-Public Joint Research (Road Bureau, MLIT) ITS-Safety 2010 NE W 5.8GHz VICS DSRC Private Applications, etc. AHS (Road Bureau, 5.8GHz MLIT) V-IComm. ASV (Road Transport Bureau, MLIT) 5.8GHz V-V Comm., etc. DSSS(NPA) Infrared 700MHz V-V Comm. 79GHz Short Range Radar Large Scale Verificat tion Testing on Public Ro oads Start Nation-wi ide Deployment 16

17 4-4 DSRC Multiple Applications Paid Contents Delivery Road Station SA/PA 550 locations EPA (Road Pricing) Road & Traffic Information Providing Services Information Providing (High-Speed Driving) Electronic Advertisements Information Providing (Stationary) Private Store, Parking Garage, etc. 97,500 locations Zone Tolling Car Ferry Fare Automatic Check-in & Settlement Parking Management Public Parking 400 locations Customers Management (In-Out Control) Parking Permission & Payment Settlements System (Department Store, Super Market, etc.) Private Parking 6,500 locations DSRC Applications Gas Station Gas Pumping Stand Information Support System Settlements System 58,000 Stations Convenience Store Drive Through Planned Information Station at Convenience Store Settlements System 30,000 Stores Drive Through Shopping Settlements System 3,000 locations Driver Support Logistics Management Vehicle Safety Communication Trucks & Trailers Logistics Management System Taxies Management System 17

18 4-5 DSRC Application (1) Parking Fee Collection Entrance Exit DSRC Antenna Controller DSRC Antenna DSRC base unit DSRC base unit 18

19 4-6 DSRC Application (2) Delivery trucks entry control system Yodobashi Camera, Assembly Center Rokko, Kobe, Japan Entrance Exit DSRC Antenna Control Unit Management Server 5.8GHz Radio 19

20 4-7 New ITS Spectrum in Japan June 27, 2007 VHF band from July 25, MHz Broadcast (Mobile Multimedia, etc) Customer-provided telecommunications GB Broadcast (Mobile Multimedia, etc) UHF band from July 25, (715) (725) MHz GB ITS GB Telecommunications (Cellular Phone, etc) BW=10MHz 20

21 5 Summary ITU-R Further development of globally applicable Recommendations. ITS Standards Participate in these activities in ITU-R to ensure that ITS requirements are taken into account. ITS also depends on other activities in the ITU-R: Software Defined Radio (SDR), Cognitive Radio (CR), Adaptive Antennas, IMT-Advanced and others. Global Collaboration on ITS Standards Harmonize such as applications and architecture, which can be possible, should be proceeded, even if the ITS spectrum are not same as in Japan and Europe. Report status of ETSI TC-ITS to international meetings such as in ITU-R and ISO. Work together more closely. ETSI and ITS Info-communications Forum, Japan should have periodical information exchange meetings. 21

22 End Activities on ITS Radiocommunications Standards in ITU-R and in Japan 6 February 2009 Satoshi (Sam) Oyama Hitachi, Ltd. Chair, DSRC International WG and Vice Chair, VSC TG, Vehicle Communications Systems EG, ITS Info-Communications Forum, Japan 22