Fill in the following graph showing the congestion window size
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Fill in the following graph showing the congestion window size

4. TCP in action: slow start, congestion avoidance, and fast retransmit.

Fill in the following graph showing the congestion window size for TCP Reno and TCP Tahoe assuming that the initial ss-threshold is 8 and that a loss event will occur when the window size is 14. Recall from Chapter_3-4 for TCP Reno and TCP Tahoe.

When filling in the graph mark o (circle) for slow start, mark * (asterisk) congestion avoidance, mark + (plus) for fast recovery.


Hint
ManagementThere are various aspects necessitating consideration for the comprehension of congestion avoidance. Time variance estimation that is round-trip oriented, timer backoff that obtains an exponential retransmit, slow-start, a receiver policy that is more aggressive, dynamic window sizing, and a backoff bent on Karn’s clamped retransmit represent some indispensable aspects. ...

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