17824 bits of data is to be transferred from a station A to station B. Assume a call setup time of 0.01 seconds for a switching network. Calculate the total data times needed when the following switching technologies are used:(i) Circuit switching;(ii) Virtual circuit and datagram packet switching.The stations are separated by 3 hops (1 hop=4km), the signal propagation speed is 2000 km/s and the line capacity for each hop is 2400bps. Assume that each packet is 512 bits long with only 12 bits of overhead. 17824 bits of data is to be transferred from a station A tostation B. Assume a call setup time of 0.01 seconds for aswitching network. Calculate the total data times needed whenthe following switching technologies are used:(i) Circuit switching;(ii) Virtual circuit and datagram packet switching.The stations are separated by 3 hops (1 hop=4km), the signalpropagation speed is 2000 km/s and the line capacity for eachhop is 2400bps. Assume that each packet is 512 bits long withonly 12 bits of overhead.

part (ii) virtual circuit requires Total delay = M*(Transmission delay + propagation delay)+…

Answered: 17824 bits of data is to be transferred…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

See similar textbooks

Related questions

Question

17824 bits of data is to be transferred from a station A to station B. Assume a call setup time of 0.01 seconds for a switching network. Calculate the total data times needed when the following switching technologies are used: (i) Circuit switching; (ii) Virtual circuit and datagram packet switching. The stations are separated by 3 hops (1 hop=4km), the signal propagation speed is 2000 km/s and the line capacity for each hop is 2400bps. Assume that each packet is 512 bits long with only 12 bits of overhead.