| Description |
1 online resource |
| Contents |
A. Mcgraw-hill professional -- networking series -- B. Dedication -- C. Preface -- Raison d'être -- Second edition -- The book -- Website -- Suggestions -- Notes to readers -- Copyrights -- D. Acknowledgements -- E. Abbreviations -- F. Author's profile -- A. Background and introduction -- 1. Drivers of the communication world -- Introduction -- Technological drivers -- Market drivers -- Conclusion -- Review questions -- Further reading -- 2. Transfer modes -- Introduction -- Circuit switching -- Routing -- Virtual circuit switching -- Comparison of transfer modes -- Conclusion -- Review questions -- Further reading -- 3. Overview of ATM -- Introduction -- Motivation for ATM -- Definition of ATM -- Genesis of ATM -- Precursor technologies -- Basic principles of ATM -- ATM protocol reference model -- Core aspects of ATM -- ATM network architecture and interfaces -- Interworking with ATM -- Applications of ATM networks -- B-isdn and ATM -- ATM standardization -- ATM market study -- Conclusion -- Review questions -- Further reading -- B. ATM protocol reference model -- 4. ATM physical layer -- Introduction -- Transmission convergence (TC) sub-layer -- Physical medium dependent (PMD) sub-layer -- Physical layer standards for ATM -- DS1 ATM physical layer interface -- DS3 ATM physical layer interface -- El ATM physical layer interface -- E3 ATM physical layer interface -- Fractional t1/e1 ATM physical layer interface -- Sonet/sdh-based ATM physical layer interface -- Universal test and operations PHY interface for ATM (UTOPIA) -- Conclusion -- Review questions -- Further reading -- 5. ATM layer -- Introduction -- ATM cell header structure at UNI -- ATM cell header structure at NNI -- ATM layer functions -- Conclusion -- Review questions -- Further reading -- 6. ATM adaptation layer -- Introduction -- Service classes and ATM adaptation layer -- ATM adaptation layer 1 (AAL1) -- ATM adaptation layer 2 (AAL2) -- ATM adaptation layer 3/4 (AAL3/4) -- ATM adaptation layer 5 (AAL5) -- Conclusion -- Review questions -- Further reading -- C. Core concepts of ATM -- 7. ATM traffic and service parameterization |
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Introduction -- ATM traffic parameters -- ATM service parameters -- Factors affecting QOS parameters -- ATM service categories -- QOS and QOS classes -- Conclusion -- Review questions -- Further reading -- 8. ATM traffic management -- Introduction -- ATM traffic contract management -- ATM traffic shaping -- ATM traffic policing: usage parameter control -- ATM priority control -- ATM flow control -- ATM congestion control -- Dynamics of TCP traffic over the ATM networks -- Conclusion -- Review questions -- Further reading -- 9. ATM switching -- Introduction -- Components of a typical switch -- Performance measures in switch design -- Switching issues -- Switching architectures -- Shared-memory architecture -- Shared-medium architecture -- Space-division architecture -- Switching in ATM -- ATM user plane functions -- ATM control plane functions -- ATM management plane functions -- Case study of ATM switching architectures -- Prelude switch -- Packetized automated routing integrated system (PARIS) switch -- Knockout switch -- Starlite switch -- Moonshine switch -- Conclusion -- Review questions -- Further reading -- 10. ATM addressing -- Introduction -- ATM end system address (AESA) format -- ATM group address -- Acquiring ATM address -- ATM name system (ANS) -- Conclusion -- Review questions -- Further reading -- 11. ATM signalling -- Introduction -- ATM signalling protocol stack -- Signalling ATM adaptation layer (SAAL) -- Uni signalling -- ATM point-to-point signalling -- ATM point-to-multipoint signalling -- Conclusion -- Review questions -- Further reading -- 12. ATM routing -- Introduction -- Interim inter-switch protocol (IISP) -- Pnni protocol -- Pnni routing hierarchy -- Pnni topology information -- Routing information flows and route computation -- Pnni state machines -- Summarization and aggregation -- Path selection and connection admission control -- Pnni signalling protocol -- Conclusion -- Review questions -- Further reading -- 13. AAL2 signalling -- Introduction -- Relation between ATM signalling and AAL2 signalling -- Aal2 signalling features -- Aal2 signalling architecture -- Aal2 signalling functions -- Aal2 signalling messages -- Aal2 signalling versus ATM signalling -- Issues and challenges in AAL2 signalling -- Conclusion -- Review questions -- Further reading -- 14. ATM network management -- Introduction -- Standardization of ATM network management procedures -- ATM network management reference model -- Operations and maintenance (OAM) procedures -- Integrated layer management interface (ILMI) -- Atommib -- Conclusion -- Review questions -- Further reading |
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15. ATM security -- Introduction -- Security objectives for ATM networks -- Security requirements for ATM networks -- ATM security model -- User plane security -- Control plane security -- Conclusion -- Review questions -- Further reading -- D. Interworking with ATM -- 16. ATM network interfaces and architecture -- Introduction -- ATM inter-network interface (AINI) -- B-isdn inter-carrier interface (B-ICI) -- Data exchange interface (DXI) -- Frame-based UNI (FUNI) -- Frame-based ATM over SONET/SDH transport (FAST) -- Frame-based ATM transport over ethernet (FATE) -- Conclusion -- Review questions -- Further reading -- 17. ATM in LAN -- Introduction -- Traditional lan technologies -- ATM in LAN -- Lan emulation (LANE) -- Issues and requirements for LAN emulation -- Lane components -- Lane connections -- Lane operations -- Conclusion -- Review questions -- Further reading -- 18. IP over ATM -- Introduction -- Classical ip over ATM -- Logical ip sub-network (LIS) -- Address resolution in classical IP environment -- Multi-protocol encapsulation over AAL5 -- Maximum transmission unit (MTU) size -- Next hop resolution protocol (NHRP) -- Multi-protocol over ATM (MPOA) -- MPOA components -- MPOA connections -- Establishing shortcut connection and forwarding data packets -- Conclusion -- Review questions -- Further reading -- E. Application of ATM network -- 19. ATM and mpls networks -- Introduction -- Overview of multi-protocol label switching (MPLS) -- ATM and mpls -- Mpls for ip over ATM -- Atm-mpls network interworking -- Conclusion -- Review questions -- Further reading -- 20. Voice over ATM -- Introduction -- Technical challenges -- Carrying voice over ATM -- Vtoa standards -- Circuit emulation service (CES) -- Dynamic bandwidth circuit emulation services (DBCES) -- ATM trunking using aal1 for narrowband services -- ATM trunking using aal2 for narrowband services -- Conclusion -- Review questions -- Further reading -- 21. ATM and dsl networks -- Introduction -- Overview of digital subscriber line (DSL) -- ATM and DSL -- Voice over DSL (VODSL) -- Conclusion -- Review questions -- Further reading -- 22. ATM and 3G networks -- Introduction -- Overview of universal mobile telecommunications system (UMTS) -- Utran and ATM -- Conclusion -- Review questions -- Further reading -- F. Glossary -- G. References |
| Summary |
"Networking technologies are playing a pivotal role in networking our world. Among the networking technologies that are relevant today, ATM is one of the most popular and pervasive as it seamlessly integrates local area networks and wide area networks. Further, as it provides a single platform for voice, video and data, it facilitates convergence. ATM Networks: Concepts and Protocols is a single-stop reference on this technology. The revised edition of this book covers the relevant concepts, the three layers of ATM protocol reference model, core concepts of ATM networks (including signaling, routing and traffic management), interworking aspects and the application of ATM networks." |
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ATM(Asynchronous Transfer Mode) is a breakthrough networking technology. This book provides an engineering-level introduction to ATM networks. It explores fundamental concepts, explains and illustrates the 3 levels of the ATM protocol reference model, details the process of internetworking with LANs and WANs, and covers the major ATM applications |
| Notes |
Title from content provider |
| Subject |
Asynchronous transfer mode.
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Computer networks.
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Computer Communication Networks
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Asynchronous transfer mode.
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Computer networks.
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| Form |
Electronic book
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| ISBN |
9780070583535 |
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0070583536 |
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