tailieunhanh - Internetworking with TCP/IP- P80

Internetworking with TCP/IP- P80: TCP/IP has accommodated change well. The basic technology has survived nearly two decades of exponential growth and the associated increases in traffic. The protocols have worked over new high-speed network technologies, and the design has handled applications that could not be imagined in the original design. Of course, the entire protocol suite has not remained static. New protocols have been deployed, and new techniques have been developed to adapt existing protocols to new network technologies | Index 749 unicast 612 716 unicast address 29 320 unicast delivery 68 Uniform Resource Identifier 528 Uniform Resource Locator 528 universal assignment 204 universal communication service 63 universal interconnection 5 55 universal time 112 406 716 UNIX 414 unnumbered network 162 716 unreachable destination 134 unreliable delivery 96 97 198 717 unspecified address 616 update message 280 urgent data 222 492 496 717 URI 528 717 URL 528 717 URN 717 user agent server 548 user datagram 197 199 443 User Datagram Protocol 198 user level process 197 404 User to Network Interface 354 UUCP 518 717 V v3MP 568 VAN gateway 47 variable-length subnetting 155 303 717 variance 230 vBNS 45 717 VC 47 717 vector-distance 262 717 video 539 view-based access control 572 virtual channel 356 virtual tircuit 47 210 356 717 virtual cữcuit identifier 357 virtual network 95 virtual path identifier 357 Virtual Private Network 391 VLSM 718 vocodec 540 voice coder decoder 540 voice over IP 546 VPI VCI 357 718 VPN 389 391 718 W 15 WAN 19 718 waveform coder 540 weak authentication 583 weakest link axiom 589 web 4 404 528 weighted average 237 well-known address 323 well-known port 204 243 718 whole-file copying 498 wide area network 19 wildcard 424 wildcard receiver 347 WILL TELNET 493 window 214 245 718 congestion 233 window advertisement 220 718 window size 214 Windows Sockets 413 Windows Sockets Interface 14 718 WINSOCK 413 wireless network 50 working group 10 718 World Wide Web 4 12 527 718 worm 38 408 write 248 write request 506 write system call 419 writev system call 419 WWW 527 718 15 X X 718 X-Window System 719 47 40 46 47 182 718 183 719 Index 750 X25NET 46 719 XDR 508 577 719 Xerox PARC 20 XNS 114 Z zero compression 611 zero window 220 719 zone of authority 481 719 Fourth Edition INTERNETWORKING with TCP IP VOLUME. PRINCIPLES PROTOCOLS AND ARCHITECTURES DOUGLAS E. COMER Comer continues to prove himself the Baedeker of the Internet Protocols with this