Q. SMI objects are named according to a

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Q. Adjusting the network components and features, can be a daily occurrence in a large network is called

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Q. A switch can allow fast handling of the

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Q. In Network Management System, the agent keeps performance information in a

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Q. In Network Management System, Fault management is closely related to

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Q. The server program running on the agent can check the

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Q. A reactive fault management system is responsible for

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Q. In Network Management System, a large network is usually made up of hundreds of

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Q. The entities of network management system have an initial configuration when the network is set up, but can change with

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Q. SNMP is responsible for creating a message, called a

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Q. SNMP defines the format of packets exchanged between a manager and an agent, It reads and changes the status of objects in

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Q. A system is responsible for detecting, isolating, correcting and recording faults in

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Q. The Simple Network Management Protocol (SNMP), uses the concept of manager and

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Q. SNMP provides a set of fundamental operations for monitoring and maintaining a

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Q. Hardware documentation normally involves two sets of

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Q. A network management system can be divided into

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Q. An agent contributes to the management process by warning the manager of an

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Q. The MIB is a collection of groups of objects that can be managed by

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Q. In Network Management System, maps track each piece of hardware and its connection to the

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Q. Structure of Management Information (SMI), is the guideline of

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