000			02341nam a2200277 4500
001			27907
010			_a0132169878
090			_a27907
100			_a19990427d1995 y0pory50 ba
101			_aeng
200			_aInternetworking with TCP/IP _eprinciples, protocols, and architecture _fDouglas E. Comer
205			_a3ªed
210			_aNew Jersey _cPrentice Hall _d1995
215			_a613,[2]p. _d24cm
300			_aIncludes Appendixes, bibliography and index.
330			_aChapter 1- introduction and overview. Chapter 2- Review of underlying nterwork technologies. Chapter 3- Internetworking concept and architectural model. Chapter 4- Interntet addresses. Chapter 5- Mapping Internet adresses to phisical addresses (ARP). Chapter 6- Determining an Internet address at startup (RARP). Chapter 7- Internet Protocol: connectionless datagram delivery. Chapter 8- Internet Protocol: routing IP datagrams. Chapter 9- Internet Protocol: error and control messages (ICMP). Chapter 10- Subnet and supernet address extensions; Chapter 11- Protcol layering. Chapter 12- User datagram protocol (UDP). Chapter 13- Reliable stream transport service (TCP). Chapter 14- Routing: Cores, peers, and algorthms (GGP). Chapter 15- Routing: autronomous systems (EGP). Chapter16- Routing: In ana autonoomous system (RIPO, OSPF, HELLO). Chapter 17- Internet multicasting (IGMP). Chapter 18- TCP/IP over ATM networks. Chapter 19- Client-Server model interaction. Chapter 20- The socket interface. Chapter 21- Bootstrap and autoconfiguration (BOOTP, DHCP). Chapter 22- The domain name system (DNS). Chapter 23- Applications: Remote login (TELNET, Rlogin). Chapter 24- Applications: file transfer and access (FTP, TFTP, NFS). Chapter 25- Applications: electronic mail (822, SMTP, MIME). Chapter 26- Applications: Internet management (SNMP, SNMPv2). Chapter 27- Summary of protocol dependencies. Chapter 28- internet security and firewall design. Chapter 29- The future of TCP/IP (IPng, IPv6).
606			_aINFORMÁTICA _9426
606			_aCOMPUTADOR _9834
606			_aINTERNET _9889
606			_aSOFTWARE _93105
700			_aCOMER _bDouglas E. _9119713
852			_j004COM