Planning and managing ATM networks
Asynchronous Transfer Mode (ATM) is the high-speed networking technology that promises to speed up bogged down networks with mixed LAN and WAN environments. This book offers a "how to" approach to ATM implementation from the perspective of network specialists responsible for the design, deployment, and day-to-day operation of the ATM-based network. Covers fault management, performance management, configuration management, accounting management, security management, LAN emulation and virtual LANs. For corporate network planners and managers interested in bringing ATM to the organization.
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The Emergence of
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84 bits F Alarm Indication Signal ATM Adaptation Layer ATM cell ATM Forum ATM LAN ATM Layer ATM network ATM switch ATM's B-LMI bandwidth bits F 84 broadcast capabilities carrier Cell Relay Cell Relay Service CMIP CNM service communication configuration information Configuration management connection corporate networks deactivation defined desktop detection end users end-to-end endpoint entity environment equipment error Ethernet F 84 bits Fault Management FDDI Figure flows Frame Relay header Interface issues ITU-T LAN Emulation Layer Management Loopback management functions management information management system Mbps Minoli Network Element network management OAM cells object octets operations outsourcing parameters Performance Management performance monitoring Physical Layer PLCP PM cells protocol requirements routers segment server SNMP SNMPv2 SONET specific standards tion TMN directs Token Ring traffic transmission vendors Virtual LANs VLANs VPC/VCC workstation