Index | Next Record | Browse
|
|
Index | Next Record | Browse |
|
|
| ||
|
||
| For Pricing and Availability Click Here | ||
|
||
|
||
|
|
|
|
Table of contents:
Asynchronous Transfer Mode (ATM) is an important network technology in the marketplace, enabling extremely high-speed transmission of all user traffic, including voice, data and video. The UNI 3.1 standard enables developers to build equipment that will fully inter-operate in today's public and private ATM network environments. The book presents detailed specifications for interfacing ATM user devices, public and private network equipment. It also covers significant Version 3.1 changes in signalling and virtual channels.
Contents:
1
Introduction
Purpose of Document
Scope of Document
Structure of Document
Terminology
ATM Bearer Service Overview
User--Network Interface Configuration
User--Network Interface Protocol Architecture
2
Physical Layer Interfaces Specification
SONET STS--3c Physical Layer Interface
DS3 Physical Layer Interface
Physical Layer for 100 Mbps Multimode Fiber Interface
Physical Layer for 155 Mbps Interface
E3 Physical Layer Services
E4 Physical Layer Interface
3
ATM Layer Specification
ATM Layer Services
Service Expected from the Physical Layer
ATM Cell Structure and Encoding at the UNI
ATM Layer Functions Involved at the UNI (U--plane)
ATM Layer Management Specification (M--plane)
Traffic Control and Congestion Control
4
Interim Local Management Interface Specification
Interim Local Management Interface (ILMI) Functions
ILMI Service Interface
Simple Network Management Protocol (SNMP)
Management Information Base (MIB) Model for ILMI Managed Objects
Relationship to Other MIBs
Actual MIB
ILMI Protocol
5
UNI Signalling
General
Overview of Call Control
Message Functional Definitions and Contents
General Message Format and Information Element Coding
Call/Connection Control Procedures For ATM Point-to-Point Calls
Call/Connection Control Procedures for Point-to-Multipoint Calls
List of Timers
Address Registration
Signalling ATM Adaptation Layer (SAAL)
References
Annex A: Guidelines for Use of ATM Address Formats
Annex B: Compatibility Checking
Annex C: B--LLI Negotiation
General
B--LLI notification to the called user
B--LLI negotiation between users
Alternate requested values
Annex D: Transit Network Selection
Selection not supported
Selection supported
Annex E: Cause Definitions
Annex F: ATM Adaptation Layer Parameters Negotiation
General
ATM adaptation layer parameter indication in the SETUP message
Maximum CPCS--SDU Size negotiation
MID range negotiation
Use of Forward and Backward Maximum CPCS--SDU Size by the AAL entity in the user plane
Appendix A: A Quality of Service Guidelines
Introduction
QoS Reference Configuration
ATM Performance Parameters
QoS Classes
Measurement Methods
Factors Affecting ATM QoS Performance Parameters
Appendix B: Conformance Examples in a Traffic Contract
Introduction
Example 1: Switched Multi--megabit Data Service (SMDS)
Example 2a: Frame Relay Service (FRS)
Example 2b: Frame Relay Service (FRS)
Example 3: Constant Bit Rate Services
Example 4: LAN Interconnection
Appendix C: Point--to--Mulitpoint Signalling Procedures Using Separate State Machines (Informative)
Introduction
Description of the Separate State Machines
Information Flows for Point--to--Multipoint Communication
Appendix D: Example Signalling Codings
ATM Adaptation Layer Parameters
Broadband Bearer Capability
Broadband Low Layer Information
Appendix E: Differences with ITU--T draft Recommendation Q.2931
Appendix F: Guidelines on the use of Bearer Class, Traffic Parameters and QoS
Bearer Class
Allowed Combination of Bearer Capabilities, Traffic Parameters, and QoS
Appendix G: OAM Cell Error Detection Code Field
Appendix H: Glossary.
Brief Description:
This specification describes how equipment interoperates in on ATM network. The ATM Forum is the only source of this information.
For Pricing and Availability Click Here
|
