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The figure below shows a network of four clients: A, B, C, and D, connected through a router, X. The transmission rate of each device and length of each link are shown on the figure. In addition, the processing delay of the router is 200ms. At t = 0, clients A, B, and C each send a packet of size 2 Mbits to Clien D (through the router X). Assume that the propagation speed over all links is x 108 m/s and the router's queue (buffer) is empty. Calculate the total delay for each packet until they are received at D. R₁ = 1 Mbits/s C Rc=3 Mbits/s 4000 Km A 4000 Km 4000 Km Processing delay =200 ms Rx = 10 Mbits/s 6000 Km B RB 2 Mbits/s X D

The figure below shows a network of four clients: A, B, C, and D, connected through a router, X. The transmission rate of each device and length of each link are shown on the figure. In addition, the processing delay of the router is 200ms. At t = 0, clients A, B, and C each send a packet of size 2 Mbits to Clien D (through the router X). Assume that the propagation speed over all links is x 108 m/s and the router's queue (buffer) is empty. Calculate the total delay for each packet until they are received at D. R₁ = 1 Mbits/s C Rc=3 Mbits/s 4000 Km A 4000 Km 4000 Km Processing delay =200 ms Rx = 10 Mbits/s 6000 Km B RB 2 Mbits/s X D

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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3. The figure below shows a network of four clients: A, B, C, and D, connected through a router, X. The transmission rate of each device and length of each link are shown on the figure. In addition, the processing delay of the router is 200ms. At t = 0, clients A, B, and C each send a packet of size 2 Mbits to Client D (through the router X). Assume that the propagation speed over all links is 2 x 108 m/s and the router's queue (buffer) is empty. Calculate the total delay for each packet until they are received at D. R₁ = 1 Mbits/s C B Rc=3 Mbits/s 4000 Km 4000 Km 4000 Km Processing delay = 200 ms R = 10 Mbits/s 6000 Km RB = 2 Mbits/s X D
Transcribed Image Text:3. The figure below shows a network of four clients: A, B, C, and D, connected through a router, X. The transmission rate of each device and length of each link are shown on the figure. In addition, the processing delay of the router is 200ms. At t = 0, clients A, B, and C each send a packet of size 2 Mbits to Client D (through the router X). Assume that the propagation speed over all links is 2 x 108 m/s and the router's queue (buffer) is empty. Calculate the total delay for each packet until they are received at D. R₁ = 1 Mbits/s C B Rc=3 Mbits/s 4000 Km 4000 Km 4000 Km Processing delay = 200 ms R = 10 Mbits/s 6000 Km RB = 2 Mbits/s X D
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