Q. ICANN stands for Internet Corporation for Assigned Names and Addresses.

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Q. An ISP has requested a block of 1000 addresses. How many blocks are granted to it?

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Q. An ISP has requested a block of 1000 addresses. What is its prefix length?

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Q. An ISP has requested a block of 1000 addresses. Can 18.14.12.0 be its first address?

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Q. If the first address is First address = 18.14.12.0/22. What is the last address?

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Q. N_sub = n + log_2(N/N_sub) is used to find the suffix length.

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Q. An organization is granted the block 130.34.12.64/26. Find the number of addresses for the whole network.

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Q. An organization is granted the block 130.34.12.64/26. What is the last address of the network?

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Q. An organization is granted the block 130.34.12.64/26. The organization needs four subnetworks, each with an equal number of hosts. What is the number of addresses to each subnetwork?

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Q. Interconnection networks are also called

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Q. Algorithm that defines which network path, or paths, are allowed for each packet, is known as

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Q. Techniques commonly used to implement flow control beyond simple

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Q. The address and data information is typically referred to as the

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Q. The routing algorithm can allow packets to use resources in increasing partial order, first traversing up the tree until they reach some

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Q. Paths that have an unbounded number of allowed nonminimal hops from packet sources, this situation is referred to as

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Q. The type of network that is used for interprocessor and processor-memory interconnections within multiprocessor, are

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Q. The entire routing path is precomputed by the source, possibly by table lookup, placed in the packet header for

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Q. The term of a transmission medium that refers to the range of frequencies for which the attenuation per unit length is

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Q. A long linear pipeline without staging in which signals propagate as waves through the network transmission medium, the function is refered as

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Q. The effective bandwidth delivered end-to-end by the network to an application is upper bounded by the minimum across all three potential bottleneck areas:

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