Automated Network Management Systems: Current and Future CapabilitiesAutomated Network Management Systems is ideal for advanced undergraduate or graduate-level courses in Networking or for professionals managing networks. Network management is an interesting, but intellectually challenging, problem therefore, there is a big opportunity for research leading to automated systems that manage networks. In this innovative new text, Comer examines possibilities for the future, including ways to build software that automates management tasks. A basic understanding of networking (equivalent to one undergraduate course or experience in the field) is assumed. |
Contents
The Network Management Problem 25 | 25 |
Contents vii | 32 |
Configuration And Operation | 39 |
Copyright | |
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Common terms and phrases
abstractions addition aggregation allows a manager application architecture arises aspects assigned automated network management automated system backplane bandwidth capacity planning capture chapter choose commands complex configuration parameters connection create define designed destination device DHCP display element management systems encryption Ethernet event monitoring example failure faults FCAPS Figure firewall flow analysis flow data focuses handle hardware hierarchy host interaction interface Internet IP address Layer login manager's workstation measure mechanism ment MIB variables multiple needed NetFlow network element network management system operating system packet paradigm password path peak utilization performance ping problem remote request requires RMON Role-Based Access Control rollback router routing protocols server single SNMP specify subnet summarize switch tion topology traffic engineering traffic matrix underlying values vendors VLAN Wi-Fi