Q. Virtual-Circuit Networks and datagram networks are the sub categories of

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Q. The actual communication in a circuit-switched network requires

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Q. In a packet-switched network, resources are allocated

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Q. Datagram switching is done at the

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Q. Setup, data transfer and connection teardown are three phases of

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Q. Only one packet for each destination is allowed at each tick; if there is more than one, they wait for the next tick in

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Q. A switch that connects n inputs to m outputs in a grid, using electronic micro switches at each cross point is called

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Q. In Circuit Switching, the resources needs to be reserved during the

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Q. Circuit Switched Networks are used in

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Q. The port that performs the physical and data link functions of the packet switch is called

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Q. The phase where the establishment of the channels takes place is

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Q. The Asynchronous Transfer Mode (ATM) network is an example of

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Q. The term that refers the switch does not keep information about the connection state, is

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Q. A switch in a datagram network uses a routing table that is based on the

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Q. Time Division Multiplexing inside a switch, is used by

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Q. The network where there is no resource reservation is called

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Q. The identifier that is actually used for data transfer is called the

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Q. Three methods of switching are

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Q. A circuit-switched network is made of switches connected by physical links, in which each link is divided into

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Q. A switched network consists of a series of interlinked nodes, called

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