Consider an exchange between a client and a server using TCP in the transport layer across an IP based WAN network with the following parameters: 256KB TCP window size is used . 100Base-T Ethernet used as an underlying technology RTT 80msec assume error free transmission a) (3%) Calculate the throughput that can be achieved with the window size given, ignoring protocol overhead (396) Now suppose that the TCP window size automatically scales to achieve a higher throughput. Suppose the window size increases to 256KB. Calculate the new throughput that can be achieved. (396) Now suppose that the TCP window size automatically scales to achieve the highest possible throughput. What is the new window size equal to (in bits)? d) (396) Using the window size answer is part c), what is the highest achievable throughput for this network? e) (296) Identify two practical actions that can be taken to increase the throughput by either the network engineer or enterprise IT engineer 2. Consider an exchange between a client and a server using TCP in the transport layer across an IP based WAN network with the following parameters: 256KB TCP window size is used . 100Base-T Ethernet used as an underlying technology RTT 80msec assume error free transmission a) (3%) Calculate the throughput that can be achieved with the window size given, ignoring protocol overhead (396) Now suppose that the TCP window size automatically scales to achieve a higher throughput. Suppose the window size increases to 256KB. Calculate the new throughput that can be achieved. (396) Now suppose that the TCP window size automatically scales to achieve the highest possible throughput. What is the new window size equal to (in bits)? d) (396) Using the window size answer is part c), what is the highest achievable throughput for this network? e) (296) Identify two practical actions that can be taken to increase the throughput by either the network engineer or enterprise IT engineer 2