nsider two LANS interconnccted by thrce routers, as shown in Figure (1). Use the sociated table and suppose that the TCP/IP reference model is used. The packet size at = application layer is 1000 bytes and at each layer there is 50 bytes are added as a ader or trailer. Suppose that the bandwidths that are available at each link: 2Mbps, bps, 6Mbps and 8Mbps respectively. Assume that the delay at each router is: 20ms, ns and 40ms respectively, Answer the following questions: Show all possible addresses with strict order at each link for each packet sent from:
nsider two LANS interconnccted by thrce routers, as shown in Figure (1). Use the sociated table and suppose that the TCP/IP reference model is used. The packet size at = application layer is 1000 bytes and at each layer there is 50 bytes are added as a ader or trailer. Suppose that the bandwidths that are available at each link: 2Mbps, bps, 6Mbps and 8Mbps respectively. Assume that the delay at each router is: 20ms, ns and 40ms respectively, Answer the following questions: Show all possible addresses with strict order at each link for each packet sent from:
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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Transcribed Image Text:04 Consider two LANS interconnected by three routers, as shown in Figure (1). Use the
associated table and suppose that the TCP/II reference model is used. The packet size at
the application layer is 1000 bytes and at cach layer there is 50 bytes are added as a
header or trailer. Suppose that the bandwidths that are available at each link: 2Mbps,
4Mbps, 6Mbps and 8Mbps respectively. Assume that the delay at each router is: 20ms,
T0ms and 40ms respectively. Answer the following questions:
1. Show all possible addresses with strict order at each link for each packet sent from:
a. A to E.
b. B to F
2. Calculate the required to deliver 250 packets from A to E. ignore the propagation
dclay.
3. Repeat (2) with the sender B to receiver F and 450 packets.
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