Internet Architecture: An Introduction to IP ProtocolsPrentice Hall PTR, 2000 - 380 Seiten Internet Architecture: A Guide to IP Protocols is an expert application-oriented introduction to every Internet protocol networking professionals need to know about. Respected communications consultant Uyless Black begins with a detailed overview of how the Internet works, and how it has evolved, reviewing key elements such as backbones, metropolitan area exchanges, and private peering points. Black presents an architectural model that shows how TCP/IP and related protocols fit together; then introduces each protocol, in detail. Coverage includes: LANs and link protocols; addresses, names, DNS, ARP, and DHCP; IP and ICMP; TCP and UDP; PPP, L2TP, and more. Black also presents extensive coverage of VPNs and security, including IPSec; as well as network management via SNMP, RMON and MIBs. Finally, the book previews the emerging multiservice Internet, which will incorporate advanced protocols such as Voice over IP (VoIP), as well as QoS initiatives like Multiprotocol Label Switching and DiffServ. |
Inhalt
CHAPTER | 1 |
The Internet Today | 8 |
vii | 16 |
Urheberrecht | |
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acknowledgment bits buffer bytes called channel configuration connection connectionless Control Protocol data link layer data unit destination address destination port DHCP encapsulated end-to-end error Ethertype example Fast Ethernet FDDI Figure flag Format fragment Frame Relay functions HDLC ICMP identify IEEE implementation interactive traffic interface Internet Protocol IP address IP datagram IP Host IPv4 IPv6 IPv6 Packets L2TP layer protocol length link address Link Control MAC address MAC MAC machine Mbit/s media access control name server network address network layer network management node octets operations options physical layer port number PROPOSED STANDARD provides receiving request ring router routing protocols routing table SDLC segment sending sent sequence number SONET specific station Status subnetwork switching tion token topology transmission transmitted transport layer tunnel ULPS variable VoIP window