Question: In the selective-repeat protocol, the maximum send window size is and the maximum receive window size is _, where m is the number of bits in the sequence.

Answer:

The selective-repeat protocol does not have a fixed maximum window size. The window size is determined dynamically based on the current network conditions and the available resources of the sender and receiver.
In the selective-repeat protocol, the maximum send window size is generally determined by the maximum amount of data that the network can handle without causing congestion or delays. It is not directly related to the number of bits in the sequence, as in the case of stop-and-wait or Go-Back-N protocols.
In the selective-repeat protocol, the maximum receive window size is usually determined by the receiver's buffer size and the available memory. The receiver can acknowledge multiple packets in a single acknowledgment message, which allows for a larger receive window size than in other protocols like Go-Back-N.

MCQ: In the selective-repeat protocol, the maximum send window size is and the maximum receive window size is _, where m is the number of bits in the sequence.

Correct Answer: A. None of these

The selective-repeat protocol does not have a fixed maximum window size. The window size is determined dynamically based on the current network conditions and the available resources of the sender and receiver.
In the selective-repeat protocol, the maximum send window size is generally determined by the maximum amount of data that the network can handle without causing congestion or delays. It is not directly related to the number of bits in the sequence, as in the case of stop-and-wait or Go-Back-N protocols.
In the selective-repeat protocol, the maximum receive window size is usually determined by the receiver's buffer size and the available memory. The receiver can acknowledge multiple packets in a single acknowledgment message, which allows for a larger receive window size than in other protocols like Go-Back-N.