Introduction to ATM Networking
Asynchronous transfer mode (ATM) network technology is hot! It has overcome the limitations of LAN and WAN technologies to solve problems that have plagued network designers from the start - from information transfer delays to error handling and congestion. Now this much-needed guide offers the first definitive treatment of ATM networking, covering everything from the fundamentals of building, using and maintaining ATM networks to advanced applications such as broadband data transfers, multimedia, and video. Written by a member of the ATM Forum, this is the ATM bible that telecommunications specialists, network designers, implementors, managers, planners, and support personnel have been waiting for.
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Networking and ATM Networking
The Capabilities of ATM
9 other sections not shown
48 bytes applications architecture Asynchronous Transfer Mode ATM adaptation layer ATM cells ATM Forum ATM layer ATM network ATM network node ATM switch B-ISDN bandwidth bit error bit rate Broadband buffer cell delay cell header cell rate circuit congestion connection connection-oriented data services data unit device DQDB emulation equipment Ethernet FDDI fiber Fibre Channel field Figure flow control frame relay frame-relay network function implementation input interface ISDN ITU-T Mbps multiplexing network management network service OAM cells overhead packet parameters path physical layer PLCP private ATM protocol stack receiver router sender sending sent sequence server service providers shown in Fig signaling protocol SMDS SONET speeds standard sublayer synchronous T-carrier TCP/IP telegraph telephone tion Token Ring traffic transfer mode transmission transport vendors virtual channel voice VPI/VCI
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High-performance Data Network Design: Design Techniques and Tools
Limited preview - 2002