Consider a graph below, showing the size of the TCP senders congestion window size (cwnd) as a function of time (in terms of RTT). Assume an idealized packet transmission scenario where the sender sends cwnd packets and then receives ACKs (if any) at the end of the RTT. Given these conditions answer the following questions.

Problem 5: (3 points Consider a graph below, showing the size of the TCP sender's congestion window size (cwnd) as a function of time (in terms of RTT). Assume an idealized packet transmission scenario where the sender sends cwnd packets and then receives ACKs (if any) at the end of the RTT Given these conditions answer the following questions 45 40 35 30 25 20 S 15 10 10 15 20 25 30 Transmission Round (RTT) Why does the cwnd curve has one form during RTT 1 ~ 6 and another form during RTT 6 ~ 167 (le.. What are the mechanisms used to create these forms called? Why do we have these mechanisms? When do you start using these mechanisms and until what events happen?) a) b) What packet event occurs at RTT = 167 After RTT = 16. TCP starts which mechanism? Problem 5: (3 points Consider a graph below, showing the size of the TCP sender's congestion window size (cwnd) as a function of time (in terms of RTT). Assume an idealized packet transmission scenario where the sender sends cwnd packets and then receives ACKs (if any) at the end of the RTT Given these conditions answer the following questions 45 40 35 30 25 20 S 15 10 10 15 20 25 30 Transmission Round (RTT) Why does the cwnd curve has one form during RTT 1 ~ 6 and another form during RTT 6 ~ 167 (le.. What are the mechanisms used to create these forms called? Why do we have these mechanisms? When do you start using these mechanisms and until what events happen?) a) b) What packet event occurs at RTT = 167 After RTT = 16. TCP starts which mechanism