Now in its third edition, Computer Communications is a comprehensive introduction to digital communications for students of computing and electronic engineering. It includes full up-to-date coverage of subjects such as local and wide area networks and integrated services digital network (ISDN). New material on the crucial topics of standards, protocols and network management has been added. The text assumes a general background in computing but no previous exposure to electronic communication theory is required. With its worked examples, student questions, learning objectives, chapter summaries and directed further reading, Computer Communications is the ideal course textbook.
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64 kbps ACSE amplitude modulation analogue Application layer application process area network bandwidth binary bit rate broadband cable Cambridge ring carried carrier CCITT channel circuit coding communication connection CSMA/CD Data link data rate data transfer data transmission defined delay detection device digital data duplex encoding error control Ethernet exchange FDDI flow control frame relay frequency FTAM functions HDLC header identifier IEEE interface ISDN length managed object Mbps medium method modem modulation multiplexing NETBIOS node octets operation OSI model packet packet-switched parameters physical layer provides PSTN pulse received routing sequence number server service primitives Session layer shown in Fig signal slot speech standards station structure sublayer switching synchronous techniques terminal time-division multiplexing tion token bus token ring traffic trans transmission rate transmitted Transport virtual