The complete, up-to-date ATM guide for every network planner, designer, implementer, and manager.
Despite the arrival of Packet over SONET/SDH, one technology is at the heart of today's most important broadband and wireless networks: ATM. ATM Networks combines a complete and authoritative description of ATM standards with practical solutions for the key challenges facing ATM network implementers and managers. Clear, concise, and fully up to date, it covers every element and variant of current ATM networks, offering specific best practices for design, testing, deployment, troubleshooting, and security. Coverage includes:
Key information is included for network designers, implementers, and managers, including ATM UNI and NNI signaling protocol messages and information elements, parameters and limitations for high speed cabling systems, and ATM Forum contact information.
I. ATM: AN INTRODUCTION.1. Demands on Today's Data Communications Technologies.
The Evolution of Data Transmission Technologies. Contemporary Bandwidth Requirements.2. Communication Technologies for High-Speed Networks.
Broadband Communication Systems and High-Speed Networks. Leased Lines. ISDN: The Integrated Services Digital Network. Frame Relay. xDSL: Digital Subscriber Lines. SONET/SDH: The Synchronous Digital Hierarchy. DQDB-Based MANs (Metropolitan Area Networks): CBDS/SMDS. Fiber Channel. High-Speed LANs. B-ISDN and ATM.3. ATM: Technology for Converged, QoS-Based Networks.
In Search of New Technologies. The Limitations of Ethernet Networks. The Limitations of Token Ring and FDDI Networks. ATM: Technology for Converged, QoS-Based Networks. The Limitations of ISDN. The Limitations of Packet over SONET/SDH. ATM: Foundation for Large-Scale Converged Networks. ATM in Local and Wide Area Networks.
II. ATM: TECHNOLOGY AND STANDARDS.4. Asynchronous Transfer Mode.
Communication Basics. Asynchronous Transfer Mode (ATM).5. The Structure of ATM.
The B-ISDN Reference Model. B-ISDN Networks: Configuration and Reference Points.6. ATM: The Physical Layer.
Transmission Convergence. ATM Data Rates. ATM in PDH Networks. ATM in SDH and SONET Networks. ATM Transport Over SDH/SONET Networks. Cell-Based Physical Layer. Physical Layer Monitoring in ATM Networks: OAM Flows F1-F3.7. The ATM Protocol: The ATM Layer.
The ATM Cell. The ATM Layer: User Plane Functions. The ATM Layer: Management Plane Functions. Metasignaling.8. The ATM Protocol: The ATM Adaptation Layer.
ATM Adaptation Layer Type 1 (AAL-1). ATM Adaptation Layer Type 2 (AAL-2). ATM Adaptation Layer Type 3/4 (AAL-3/4). ATM Adaptation Layer Type 5 (AAL-5). The Signaling ATM Adaptation Layer.9. Frame-Based ATM.
ATM over DXI Interfaces. Frame-Based User-to-Network Interface (FUN). Frame-Based ATM over SONET/SDH Transport (FAST). Frame-Based ATM Transport over Ethernet (FATE).10. The ATM Protocol: UNI Signaling.
The UNI Signaling Message Format. The Basic Signaling Processes. UNI Connection Setup: The Calling Station. Connection Setup at the Station Called. Connection Clear-Down. Connection Restart. Error Handling. Comparing ITU-T and ATM Forum UNI Signaling.11. The ATM Protocol: NNI Signaling (B-ISUP, PNNI, AINI).
B-ISUP Signaling. The PNNI Protocol.12. ATM Interworking.
ATM-LAN Interworking. ATM-Frame Relay Interworking. ATM-MAN Interworking. Loop Emulation Service.13. ATM Network Management.
The ATM MIB Groups. ILMI and SNMP. The Link Management MIB Module. The Address Registration MIB Module.
III. ATM NETWORKS: DESIGN AND PLANNING.14. Designing and Planning ATM Networks.
ATM End Systems. Planning ATM Workgroups. Design and Planning of ATM Backbones.15. Testing and Choosing Network Components.
Application-Related Performance Parameters for ATM Components.16. Security in ATM Networks.
Risk Factor: Internet. Risk Factor: Intranet. Risk Factor: High-Speed Networks. ATM Networks: Vulnerabilities and Risk Analysis. Security Strategies for ATM Networks. Security Functions in ATM Networks.
IV. ATM NETWORKS: ANALYSIS AND OPERATION.17. ATM Switches.
ATM Switches: Basic Functions. ATM Switch Topologies. Switching Networks. Cell Routing in Switching Networks. Selecting a Network Architecture. Performance Parameters for ATM Switches.18. Traffic and Congestion Control in ATM Networks.
ATM QoS. How ATM QoS is Guaranteed. The Traffic Contract. Traffic Parameters. Policing. Conformance to the Traffic Contract. Network QoS Guarantees.19. Performance and Operating Parameters of ATM Networks.
The Physical Layer. The ATM Layer. The ATM Adaptation Layer (AAL). ATM Layer Measurement Points. Physical Layer Network Performance Parameters. ATM Layer Network Performance Parameters.20. ATM Testing Methods.
Conformance Testing of ATM Components. Interoperability Tests. ATM Layer Performance Tests. In-Service ATM Testing.21. ATM: Standards and Organizations.
ITU (International Telecommunications Union). ETSI (European Telecommunications Standards Institute). ANSI (American National Standards Institute). The ATM Forum. The Internet Society (ISOC). The Internet Engineering Task Force (IETF).Index.
Over the past decade ATM has become one of the most widely deployed transport technologies for communication networks. With its flexible architecture it is capable of providing the broad variety of transmission properties that modern multiservice networks require. New, advanced service offerings such as third generation (3G) telephony or DSL are built on ATM, expanding its reach from communication backbones out to millions of users. ATM is the most powerful communication transport mechanism, and it is the most complex one at the same time.
This book was written to provide an in-depth understanding of all aspects of ATM, while serving as a single complete reference source. With this in mind, the reader should not expect an easy-to-read book. However, the reward for working through it will be an in-depth understanding of one of the most important and fascinating communication technologies today.
Gregan Crawford, Edinburgh
Othmar Kyas, Colorado Springs