Sliding Window Protocol - Window Size, Bits Required Efficiency, Throughput | UGC NET 2022 PYQs
How to Calculate
1. transmission and propagation delay.
2. The sender window size to get the maximum efficiency.
3. The minimum number of bits required in the sequence number field of the packet.
4. If only 6 bits are reserved for sequence number field, then the efficiency of the system is
5. The maximum achievable throughput is
A 3000 km long trunk operates at 1.536 mbps and is used to transmit 64 bytes frames and uses sliding window protocol. The propagation speed is 6 μ sec/km.
Видео Sliding Window Protocol - Window Size, Bits Required Efficiency, Throughput | UGC NET 2022 PYQs канала Unify Study
1. transmission and propagation delay.
2. The sender window size to get the maximum efficiency.
3. The minimum number of bits required in the sequence number field of the packet.
4. If only 6 bits are reserved for sequence number field, then the efficiency of the system is
5. The maximum achievable throughput is
A 3000 km long trunk operates at 1.536 mbps and is used to transmit 64 bytes frames and uses sliding window protocol. The propagation speed is 6 μ sec/km.
Видео Sliding Window Protocol - Window Size, Bits Required Efficiency, Throughput | UGC NET 2022 PYQs канала Unify Study
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27 января 2023 г. 20:30:07
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