TS 102 000 : 1.4.1

Intellectual Property Rights
Foreword
Introduction
1 Scope
2 References
3 Definitions, symbols and abbreviations
   3.1 Definitions
   3.2 Symbols
   3.3 Abbreviations
4 Overview
   4.1 Applications and services
   4.2 Point-to-Multipoint (PMP) architecture
   4.3 Basic Arrangement of HA networks
   4.4 Convergence Layers
   4.5 Data Link Control (DLC) Layer
   4.6 Physical (PHY) layer
5 Interface to PHY layer
   5.1 Definition of MAC PDU
   5.2 Interface DLC-PHY
6 DLC addressing and identities
   6.1 General
   6.2 APC Identity (APC-ID)
   6.3 Access Terminal (AT) Identities
   6.4 Connection IDentity (CID)
   6.5 Connection aggregate identity (CAID)
7 MAC management messages: mapping to MAC management
   connections, transport and list of all messages
   7.1 Overview of connection types
   7.2 Transport of MAC management messages with MAC Signalling
        PDUs
   7.3 Transport of MAC management messages (packing, encoding,
        segmentation)
   7.4 List of protocol primitives and mapping of messages to
        connections (normative)
   7.5 List of service primitives (informative)
8 Multiplexing and MAC frame structure
   8.1 MAC PDU format
   8.2 Frame structure
   8.3 Support of FDD, H-FDD and TDD in DLC layer
   8.4 Entries for downlink and uplink maps
   8.5 Automatic Repeat Request (ARQ)
   8.6 Structure of the control zone
   8.7 Time Relevance of Starting Symbols (SS) and maps
   8.8 General Broadcast Information (GBI) message
   8.9 AT reaction to undefined parameters
9 Resource-Grant Control (RGC) and contention resolution
   9.1 General
   9.2 Grants
   9.3 Requests
   9.4 Allocation mechanisms
   9.5 Contention resolution
10 Initialization control (IC)
   10.1 Overview
   10.2 Process of initialization
   10.3 Steps from frequency scanning to downlink synchronization
   10.4 Ranging
   10.5 Capabilities negotiation and authentication
   10.6 Serial and parallel processes during initialization
11 Radio Resource Control (RRC)
   11.1 Overview
   11.2 Link supervision
   11.3 Change of PHY mode, ATPC and ATTC
   11.4 Change of PHY Mode Set
   11.5 Change of UL structure
   11.6 Load levelling (inter-carrier handover)
12 Security control
   12.1 Overview
   12.2 Phased Security
   12.3 Authentication
   12.4 TEK exchange
   12.5 Privacy (encryption of payload with TEK)
   12.6 Cryptographic standards
13 Connection Control (CC)
   13.1 Common part layer primitives (informative only)
   13.2 MSC diagrams (informative only)
   13.3 DLC service categories
   13.4 Connection control procedures
   13.5 Multicast connections
Annex A (normative): Parameters and constants
      A.1 List of optional/mandatory features
      A.2 Detailed specification of PHY parameters in protocol
          primitives
      A.3 Timers
Annex B (normative): Formats of protocol primitives
Annex C (informative): Formats of service primitives
Annex D (informative): MSC interpretation guidelines
Annex E (normative): SDL specification of DLC protocol
      E.1 The HIPERACCESS SDL model
      E.2 Radio Resource Control SDL model
      E.3 Initialization control SDL model
      E.4 Connection control SDL model
      E.5 Security control SDL model
Annex F (informative): ASN.1 interpretation guidelines
Annex G (informative): List of all PHY parameters
Annex H (informative): Bibliography
History

Describes the normal and exceptional behaviour. ASN 1 is used for the description of the content of all protocol primitives (normative) and service primitives (informative), a graphical view of the message flow over interfaces is provided by the use of MSCs (informative) and HMSCs (informative) and the protocol and system behaviour is extensively specified in SDL (normative).