Table of Contents

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 BRAN HIPERLAN/2 Protocol Stack
  4.2 Functional Entities of RLC sublayer
  4.3 Usage of DLC logical and transport channels
       for RLC messages
  4.4 Transfer Syntax of RLC
  4.5 Sequencing of RLC messages
  4.6 Message Sequence Charts of RLC
  4.7 Abstract Syntax Notation one of the RLC PDUs
  4.8 The text style of RLC PDUs and parameters
  4.9 Mandatory and Optional functions
  4.10 Message transmission not allowed
5 RLC Services
  5.1 Services supporting ACF (Association Control
       Function)
  5.2 Services supporting RRC (Radio Resource
       Control)
  5.3 Services supporting DUCC (DLC User Connection
       Control)
6 Timers and repetitions of RLC messages
7 PDU for unsupported messages
8 Primitives
  8.1 Primitive types
  8.2 Primitives to the Convergence Layer, DLC C-SAP
Annex A (normative): PDU type and Transfer Syntax
        Tables
      A.1 RLC PDU type
      A.2 Transfer Syntax Tables for LCH ACF messages
      A.3 Transfer Syntax Tables for LCH RRC messages
      A.4 Transfer Syntax Tables for LCH DUCC messages
      A.5 Transfer Syntax Tables for SCH ACF messages
      A.6 Transfer Syntax Tables for SCH RRC messages
      A.7 Transfer Syntax Tables for SCH DUCC messages
      A.8 Transfer Syntax Tables for other RLC
          SCH messages
Annex B (normative): Types
Annex C (normative): RLC TIMERS
Annex D (normative): SDL specification of the RLC
        protocol
      D.1 The SDL Graphical form (SDL/GR)
      D.2 The SDL Textual format (SDL/PR)
      D.3 The SDL Common Interchange format (SDL/CIF)
      D.4 The ASN.1 files
      D.5 The PDF format
Annex E (informative): Bibliography
History

Abstract

Describes the basic Radio Link Control (RLC) sublayer of HIPERLAN/2, which is used to control radio association, resources and connection. HIPERLAN type 2 is confined to the two lowest layers of the open systems interconnection (OSI) model, the physical and the data link control layer. The TR 101 683 [21] contains an overall description of the HIPERLAN type 2 system.

General Product Information

Published
Document Type	Standard
Status	Current
Publisher	European Telecommunications Standards Institute
Pages
ISBN
Committee	BRAN