Internetworking with TCP/IP : Client-Server programming and applications [texto impreso] / Douglas E. Comer . - 2nd. ed. . - New Jersey [USA] (New Jersey [USA]) : Prentice Hall International, 1991 . - V.1: 545 p.-- V.2: 532-- V.3: 600 p. -- V. 3 ej.2: 508. ; 23 cm. ISBN : 978-0-13-474321-9 Idioma : Español ( spa) | Clasificación: | Computer applications
Computer networks
Computer programming
Computer science
| | Clasificación: | 004.738 Interconexión de redes. (Redes, Transferencia de mensajes. Encapsulación, traducción de mensajes. Internet, Utilidades, Worldwide Web, Aplicaciones, Diseño Web, etc.) | | Nota de contenido: | V.1: Principles, protocols, and architecture; 1. Introducción and overview; 2. Review of underlying network technologies; 3. Internetworking concept and architectural model; 4. Internet addresses; 5. Mapping internet addresses to physical addresses (ARP) ; 6. Determining an internet address at startup(RARP); 7. Internet protocol: Connectionless datagram delivery; 8. Internet protocol: Routing IP datagrams; 9.Internet protocol; Error and control messages( ICMP); 10. Protocol layering; 11. User datagram protocol; 12. Reliable stream transport service(TCP); 13.Routing: Cores,peers, and algorithms(GGP);14. Routing: Autonomous systems(EGP); 15. Routing: Interior gateway protocols(RIP,OSPF,HELLO); 16. Transparent gateway and subnet addressing; 17. Multicast addressing(IGMP); 18. Client-server model of interaction; 19. Bootstrap protocol(BOOTP); 20. The domain name system; 21. The socket interface; 22. Applications: Remote login(TELNET,Rlogin); 23. Applications:File trasfer and access(FTP,TFTP,NFS); 24. Applications; Electronic mail(822,SMTP); 25. Applications: Internet management(SNMP,CMOT); 26. Summary of protocol dependecies; 27. TCP/IP Internet researchand engineering problems ;Appendix.--V 2: Foreword; 1. Introduction and overview; 2. The structure Of TCP/IP software and operating system; 3. Network interface layer; 4. Address discovery and binding (ARP); 5. IP: Global software organization; 6. IP: Routing table and routing algorithm; 7. IP: Fragmentation and reassembly; 8. IP: Error processing( ICMP); 9. UDP: User datagrams; 10. TCP:Data structure and input processing; 11. TCP:Finite state machine implementation: 12. TCP: Output processing; 13. TCP: Timer management; 14. TCP: Flow control and adaptive retransmission; 15. TCP: Urgent data processing and the push function; 16. Socket-level interface; 17. RIP: Active route propagation and passive acquisition; 18. SNMP: mib Variable ,representations , and bindings; 19. SNMP: Client and server; 20. SNMP: Table access functions; 21. Implementation in retrospect; Appendix: Cross reference of procedure calls; Xinu procedures and functions used in the code.--V.3: Introduction and overview; 2. The client server model and software design; 3. Concurrent processing in client server softare; 4. Program interface to protocols; 5. The transport layer interface(TLI);6. Algorithms and issues in client software desing; 7. Example client software; 8. Algorithms and issues in server software desing; 9. Iterative, connectionless servers (UDP); 10. Iterative connection- oriented servers(TCP); 11. Concurrent,connection servers; 12. Single process, concurrent servers; 13. Multiprotocol servers(TCP-UDP);14. Multiservice servers(TCP,UDP);15. Uniform, efficient management of server concurrency; 16. Concurrency in clients; 17. Tunneling at transport and application levels; 18. Application level gateways; 19. External data representation (XDR); 20. Remote procedure call concept(RPC); 21. Distributed program generation(Rpcgen concept); 22. Distributed program generation (Rpcgen Example); 23. Network file system concepts (NFS); 24. Network file system protocol(NFS,Mount); 25. A TELNET Client (Program Structure); 26. A TELNET Client (Implementation detalls); 27. Practicsl hints and techniques for UNIX Server; Appendix; TLI library functions. |
|  |
Refinar búsquedaInternetworking with TCP/IP / Douglas E. Comer (1991) / 978-0-13-474321-9
