Q. In Time Division Multiple Access (TDMA), the stations share the bandwidth of the channel in

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Q. In the logical ring, the successor is the station which is

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Q. In Chip sequence, if we multiply a sequence by a number, every element in the sequence is multiplied by that element is called

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Q. The station on a wireless ALOHA network is the maximum of

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Q. The frame transmission time in Pure ALOHA is

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Q. The original ALOHA protocol is called

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Q. When the number of sequence, N=128 then total stations in the network is

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Q. The corresponding box of Carrier Sense Multiple Access/Collision Detection can be replaced by one of the

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Q. Random access is also called the

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Q. The time-out period is equal to the maximum possible propagation delay of

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Q. In dual ring topology, the second ring is used for

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Q. In Carrier Sense Multiple Access/Collision Detection (CSMA/CD), to continue transmission process we use a

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Q. CDMA stands for

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Q. When we multiply two different sequences of the chips sequences and add the results, we get

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Q. In Code Division Multiple Access, the orthogonal sequence is unique for each

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Q. Walsh table is a two-dimensional table in which the number of rows and columns are

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Q. A collision in a wireless network may add additional energy from 5 to

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Q. The p-persistent method is used if the time slots with a slot duration equal to or greater than the maximum of

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Q. A pure ALOHA can transmit the 200-bit frames on a shared channel of

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Q. In Carrier Sense Multiple Access/Collision Detection (CSMA/CD), we do not send the entire frame and then look for a

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