Let's play the AIMD game where each flow increases the sending rate by 1 Mbps every RTT when the path is not congested and reduces by half when the path is congested. Assume that the game has two...


Let's play the AIMD game where each flow increases the sending rate by 1 Mbps<br>every RTT when the path is not congested and reduces by half when the path is<br>congested. Assume that the game has two flows A and B, the demand of flow A is 3<br>Mbps and of flow B is infinity, and the capacity of the path is 10 Mbps. At the start of<br>the game Flow A is sending at 2 Mbps and Flow B at 20 Mbps.<br>Spell out what the sending rate of the two flows will be after 1 RTT, 2 RTTS, and 3<br>RTTS.<br>Enter your answer here<br>

Extracted text: Let's play the AIMD game where each flow increases the sending rate by 1 Mbps every RTT when the path is not congested and reduces by half when the path is congested. Assume that the game has two flows A and B, the demand of flow A is 3 Mbps and of flow B is infinity, and the capacity of the path is 10 Mbps. At the start of the game Flow A is sending at 2 Mbps and Flow B at 20 Mbps. Spell out what the sending rate of the two flows will be after 1 RTT, 2 RTTS, and 3 RTTS. Enter your answer here

Jun 06, 2022
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