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sume that data rate for each input connection in figure above is 5 Mbps. A unit is 1 bit. nd the new durations for a) the input bit duration, b) the output bit duration, c) the outpi t rate, and d) the output frame rate. sion Multiplexing (TDM): On Example 3 Slide sume that there are five 1 kbps connections to be multiplexed together. A unit is 1 bit. nd the answers for a) the duration of 1 bit before multiplexing, b) the transmission rate o e link, c) the duration of a time slot, and d) the duration of a frame. sion Multiplexing (TDM): On Example 4 Slide sume that the data rate for each input connection in figure on the left is 50 bytes/s and en we multiplex 2 bytes per channel. Show a) the frame traveling on the link, then find b) e size of the frame, c) the frame rate, d) the duration of a frame, and e) the bit rate for th ak.

sume that data rate for each input connection in figure above is 5 Mbps. A unit is 1 bit. nd the new durations for a) the input bit duration, b) the output bit duration, c) the outpi t rate, and d) the output frame rate. sion Multiplexing (TDM): On Example 3 Slide sume that there are five 1 kbps connections to be multiplexed together. A unit is 1 bit. nd the answers for a) the duration of 1 bit before multiplexing, b) the transmission rate o e link, c) the duration of a time slot, and d) the duration of a frame. sion Multiplexing (TDM): On Example 4 Slide sume that the data rate for each input connection in figure on the left is 50 bytes/s and en we multiplex 2 bytes per channel. Show a) the frame traveling on the link, then find b) e size of the frame, c) the frame rate, d) the duration of a frame, and e) the bit rate for th ak.

Computer Networking: A Top-Down Approach (7th Edition)
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...
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Time-Division Multiplexing (TDM): On Example 2 Slide 4. Assume that data rate for each input connection in figure above is 5 Mbps. A unit is 1 bit. Find the new durations for a) the input bit duration, b) the output bit duration, c) the output bit rate, and d) the output frame rate. Time-Division Multiplexing (TDM): On Example 3 Slide 5. Assume that there are five 1 kbps connections to be multiplexed together. A unit is 1 bit. Find the answers for a) the duration of 1 bit before multiplexing, b) the transmission rate of the link, c) the duration of a time slot, and d) the duration of a frame. Time-Division Multiplexing (TDM): On Example 4 Slide 6. Assume that the data rate for each input connection in figure on the left is 50 bytes/s and then we multiplex 2 bytes per channel. Show a) the frame traveling on the link, then find b) the size of the frame, c) the frame rate, d) the duration of a frame, and e) the bit rate for the link.
Transcribed Image Text:Time-Division Multiplexing (TDM): On Example 2 Slide 4. Assume that data rate for each input connection in figure above is 5 Mbps. A unit is 1 bit. Find the new durations for a) the input bit duration, b) the output bit duration, c) the output bit rate, and d) the output frame rate. Time-Division Multiplexing (TDM): On Example 3 Slide 5. Assume that there are five 1 kbps connections to be multiplexed together. A unit is 1 bit. Find the answers for a) the duration of 1 bit before multiplexing, b) the transmission rate of the link, c) the duration of a time slot, and d) the duration of a frame. Time-Division Multiplexing (TDM): On Example 4 Slide 6. Assume that the data rate for each input connection in figure on the left is 50 bytes/s and then we multiplex 2 bytes per channel. Show a) the frame traveling on the link, then find b) the size of the frame, c) the frame rate, d) the duration of a frame, and e) the bit rate for the link.
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