5. (14 pts) TCP Transmission Graph 2. Congestion avoidance, growing linearly 3. Duplicate Acks, window not growing 160 1 140 120 100 80 60 40 20 4. Triple-Duplicate ACK, ssthreshecwnd/2 7. Loss, cwnd-1 6. Dup ACKs, ssthresh /2 cwnd constant 8. CA 5. ?? 1. Slow Start, growing 9 Slow Start 20 40 60 80 100 Time Consider the TCP transmission graph above Write down the numbers for the positions on the graph that demonstrate each of the following characteristics. Many will have more than one answer: list them all- there are several of these. If it is impossible to state the answer or there are no answers, you can leave it blank-there is at least one of these Use Figure 3.52 as a reference, included below Example Property Includes window size0 Includes window size120 Label #s a. (10 pts) Which segments on the graph show the following Label #s es Property 1. Window is growing 2. Window is shrinking 3. Window is stable 4. UDP transmission 5. Retransmission 6. TCP Handshake 7. Window size > 120 8. TCP Handshake 5. (14 pts) TCP Transmission Graph 2. Congestion avoidance, growing linearly 3. Duplicate Acks, window not growing 160 1 140 120 100 80 60 40 20 4. Triple-Duplicate ACK, ssthreshecwnd/2 7. Loss, cwnd-1 6. Dup ACKs, ssthresh /2 cwnd constant 8. CA 5. ?? 1. Slow Start, growing 9 Slow Start 20 40 60 80 100 Time Consider the TCP transmission graph above Write down the numbers for the positions on the graph that demonstrate each of the following characteristics. Many will have more than one answer: list them all- there are several of these. If it is impossible to state the answer or there are no answers, you can leave it blank-there is at least one of these Use Figure 3.52 as a reference, included below Example Property Includes window size0 Includes window size120 Label #s a. (10 pts) Which segments on the graph show the following Label #s es Property 1. Window is growing 2. Window is shrinking 3. Window is stable 4. UDP transmission 5. Retransmission 6. TCP Handshake 7. Window size > 120 8. TCP Handshake