ATM theory and applications /

Guardado en:
Detalles Bibliográficos
Autor principal: McDysan, David
Otros Autores: Spohn, Darren L.
Formato: Libro
Lenguaje:Inglés
Publicado: New York : McGraw-Hill, 1998
Colección:McGraw-Hill series on computer communications
Materias:
ATM
REDES
ISDN
FRAME RELAY
SMDS
TELECOMUNICACIONES
Aporte de:Registro referencial: Solicitar el recurso aquí
Biblioteca Universidad Blas Pascal de Universidad Blas Pascal
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041 |a eng 
100 |a McDysan, David 
245 1 0 |a ATM theory and applications /   |c David E. McDysan, Darren L. Spohn 
260 |a New York :   |b McGraw-Hill,   |c 1998 
300 |a xxxix, 1011 p. ;   |c 23 cm. 
490 0 |a McGraw-Hill series on computer communications 
500 |a La Biblioteca posee: 1 ej. 
504 |a Incluye referencias bibliográficas 
505 0 |a Part 1. Drivers and enablers of ATM. Chapter 1. Business Drivers for ATM. Chapter 2. Technology enablers for ATM. Chapter 3. Computer and information networking directions. Part 2. Digital communications network and protocol fundamentals. Chapter 4. Networks, circuits, multiplexing, and switching. Chapter . Basic protocol concepts. Chapter 6. Time division multiplexing and the narrowband integrated services digital network (N-ISDN). Chapter 7. Connection-oriented-protocols-X.25 and frame relay. Chapter 8. Connectionless protocols-IP and SMDS. Chapter 9. LANS, bridging, and routing. Part 3. B-ISDN/ATM standards, basics, protocol, and structure. Chapter 10. ATM and B-ISDN standards and specifications. Chapter 11. Introduction to ATM. Chapter 12. Physical and ATM layers. Chapter 13. ATM adaptation layers. Chapter 14. Higher-layer user, management, and control planes. Chapter 15. Signaling and routing in the control plane. Part 4. ATM hardware, software, and higher-layer protocols. Chapter 16. ATM hardware and software. Chapter 17. ATM interworking with voice and video. Chapter 18. ATM interworking with frame relay, SMDX, DXI, and FUNI. Chapter 19. ATM in the local area network. Chapter 20. ATM and internetworking. Part 5. ATM traffic management, and congestion control. Chapter 22. ATM traffic control and available bit rate (ABR). Chapter 23. Congestion indication and control. Part 6. Communications engineering, traffic engineering, and design considerations. Chapter 24. Basic communications engineering. Chapter 25. Traffic engineering. Chapter 26. Design considerations. Part 7. Operations, network management, and ATM layer management. Chapter 27. Operational philosophy and network management architectures. Chapter 28. Network management protocols and management information bases (MIBs). Chapter 29. ATM layer management and performance measurement. Part 8. Competing technologies and future directions involving ATM. Chapter 30. Technologies competing with ATM in the wan. Chapter 31. Technologies competing with ATM in the LAN. Chapter 32. Future directions involving ATM. 
650 4 |a ATM 
650 4 |a REDES 
650 4 |a ISDN 
650 4 |a FRAME RELAY 
650 4 |a SMDS 
653 |a TELECOMUNICACIONES 
700 1 |a Spohn, Darren L. 
930 |a TELECOMUNICACIONES 
931 |a 03807  |b UBP 
942 |c BK 
945 |a SMM 
984 |a 004.724  |b M149 
999 |c 19375  |d 19375 

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