Handbook on Land Mobile Volume 4
    Foreword
    TABLE OF CONTENTS
    CHAPTER 1 INTRODUCTION
        1.1 Purpose and scope of the Handbook on Land Mobile
        1.2 Background
        1.3 Organization and use of Volume 4
    CHAPTER 2 ITS COMMUNICATIONS ARCHITECTURE
        2.1 Introduction
        2.2 ITS goals
        2.3 ITS system architecture
        2.4 Frequency allocation
            2.4.1 DSRC spectrum
            2.4.2 Millimetre-wave spectrum
        2.5 Future trends
    CHAPTER 3 ITS APPLICATIONS FOR WIDE AREA WIRELESS COMMUNICATIONS AND BROADCASTING
        3.1 Introduction
        3.2 Cellular/PCS/IMT-2000
            3.2.1 CDMA2000 radio interface
            3.2.2 K-WAYS (TM)
            3.2.3 ONSTAR
            3.2.4 Digital cellular and digital broadcasting systems in Japan
            3.2.5 European in-vehicle emergency call system eCall
        3.3 BIS System using wireless data network
            3.3.1 Introduction
            3.3.2 Detection and tracking of bus location
            3.3.3 Communication link to transmit location information
            3.3.4 Implementation of public transportation information system
            3.3.5 Various models of bus information and management system
        3.4 FM Broadcasting
            3.4.1 DARC
        3.5 Future trends
            3.5.1 Mobile WiMax (WiBro)
            3.5.2 T-DMB
            3.5.3 DVB-H
            3.5.4 FLO
            3.5.5 Automatic crash notification (ACN)
            3.5.6 Internet in vehicle
            3.5.7 Online maintenance
            3.5.8 VMS in vehicle
            3.5.9 Satellite navigation with congestion avoidance
    CHAPTER 4 DEDICATED SHORT RANGE COMMUNICATIONS
        4.1 Introduction
        4.2 European DSRC system and applications
            4.2.1 Background
            4.2.2 Technical characteristics
            4.2.3 Applications
        4.3 Japanese DSRC system and applications
            4.3.1 Background
            4.3.2 Technical characteristics
            4.3.3 Application sub layer (ASL) for multiple applications
            4.3.4 Applications
        4.4 ITS system using DSRC network
            4.4.1 Introduction
            4.4.2 Model deployment initiatives
        4.5 Future trends: 5.9 GHz DSRC system and applications
            4.5.1 Introduction
            4.5.2 Functional requirements of next generation ITS radiocommunication systems
            4.5.3 Requirements for the radio transmission technology
            4.5.4 Future DSRC system and applications in North America
    CHAPTER 5 MILLIMETRE WAVE COMMUNICATIONS
        5.1 Introduction
        5.2 Vehicular radar
            5.2.1 Background
            5.2.2 Low power vehicular radar at 60 GHz and 76 GHz
            5.2.3 Ultra wide band (UWB) radar
        5.3 Future trends
            5.3.1 Background
            5.3.2 Millimetre-wave ITS radiocommunication study in ITU-R
            5.3.3 Propagation characteristics of millimetre wave for vehicle-to-vehicle communications
            5.3.4 Inter-vehicle communications and radar
    ANNEX 1 RESOURCES
        1 The Americas
        2 Europe
        3 Japan
        4 Korea
    ANNEX 2 VICS
        1 Introduction
        2 Outline of the system
        3 Information distribution media
            3.1 FM multiplex broadcasting
            3.2 Radio wave beacon
    ANNEX 3 ITS SYSTEM USING RADIO BEACON
        1 Real-time traffic information collection system
        2 Traffic information collection system
        3 BUS information (management) system
        4 Specifications
    ANNEX 4 A FUTURE ITS NETWORK ARCHITECTURE: CALM
        1 Introduction
        2 The CALM concept
        3 CALM service types
        4 CALM benefits
        5 CALM architecture
    ANNEX 5 LIST OF ACRONYMS