ATM networks concepts and protocols /

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...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Kasera, Sumit (Autor)
Formato: Electrónico eBook
Idioma:Inglés
Publicado: New York, N.Y. : McGraw-Hill Education LLC., c2006, c2001.
Edición:2nd edition
Colección:McGraw-Hill communications.
Temas:
Asynchronous transfer mode.
Computer networks.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • A. Mcgraw-hill professional?networking series
  • B. Dedication
  • C. Preface
  • Raison d'?tre
  • 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.
  • 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.
  • 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.

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