High-speed Networks: TCP/IP and ATM Design Principles
This book presents integrated, up-to-date coverage of the key issues in the design of high-speed TCP/IP and ATM networks and provides a comprehensive, technical look at these issues. Are you looking for a text that provides extensive coverage of leading-edge topics in TCP/IP and ATM? * Provides comprehensive coverage of the basic technology as well as new traffic control standards for the asynchronous transfer mode (ATM) in both WANs and LANs. * Presents thorough and integrated coverage of next- generation Internet technology, including resource reservation (RSVP), real-time and multimedia traffic (RTP), and the use of IPv6. * Covers high-speed network design issues for networks in the gigabit range as well as those in the 10s and 100s megabit per second range. Thus, gigabit design issues permeate the book. * Includes up-to-date treatment of high-speed (100Mbps) and Gigabit Ethernet that presents the technical details of Ethernet and shows how it fits into the big picture. * Presents comprehensive, up-to-date coverage of TCP performance design issues, including congestion control and TCP over ATM. * Provides coverage of self-similar traffic with an explanation of the mathematics be
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algorithm applications arrival rate ATM networks ATM switch average Bellman-Ford algorithm block buffer capacity cell rate Chapter compression configuration congestion control CWND data rate datagram defined delay destination discard distribution encoding end systems error control Ethernet example field Figure flow control flow label fractal frame relay function graph header Huffman code includes internetworking IP datagram IPv4 IPv6 ISDN ITU-T layer length load Mbps multicast address multicast group multiple node octets OSPF packet packet-switching network parameter payload performance Poisson provides queue queuing analysis random variable real-time received retransmit router routing protocol SAR-PDU scheme segment self-similar sender sequence number server specification station stochastic process subnetwork Table TCP/IP technique throughput tion traffic transmission transmitted VCCs vertex vertices virtual channel virtual circuit window