Using C++

Suppose you want to send N 100-byte messages over 8 hops. In order to find the minimum message transmission time, you may need to break up each message into M number of packets. Each packet requires a 5-byte header. Assume it takes 1 ns to transmit 1 byte of data. Using your favorite programming language, write a program to calculate the transmission time for message size M = 1 to 50 packets The packets in a message must end at a byte boundary. For example, if M = 3, then the message will be split into two 33-byte packets and one 34-byte packet. It cannot have three 33 1/3 byte packets. Tabulate message size (# pkts) and transmission time (ns). Plot transmission time vs message size (# pkts) What is the minimum transmission time? What is the associated value of M? Suppose you want to send N 100-byte messages over 8 hops. In order to find the minimum message transmission time, you may need to break up each message into M number of packets. Each packet requires a 5-byte header. Assume it takes 1 ns to transmit 1 byte of data. Using your favorite programming language, write a program to calculate the transmission time for message size M = 1 to 50 packets The packets in a message must end at a byte boundary. For example, if M = 3, then the message will be split into two 33-byte packets and one 34-byte packet. It cannot have three 33 1/3 byte packets. Tabulate message size (# pkts) and transmission time (ns). Plot transmission time vs message size (# pkts) What is the minimum transmission time? What is the associated value of M