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8. We want to send a file of size 4000 MB from Source to Destination, using the network path given below. Source R1= 1Kbps R2= 2Kbps destination Link I D1=100Km Link 2 D2=10Km Assume speed of propagation to be 3x108 m/sec, and find out the following? a. Transmission delay at Link 1; Transmission delay at Link 2; Total Transmission delay b. What will be the effect on total transmission delay if we change D2=100 KM? c. Propagation delay on link 1; Propagation delay on link 2; Total propagation delay d. What will be the effect on total propagation delay if we change R1 to 4 Kbps e. Ignoring all other delays, what is the total (end-end) delay f. What is the throughput achieved

8. We want to send a file of size 4000 MB from Source to Destination, using the network path given below. Source R1= 1Kbps R2= 2Kbps destination Link I D1=100Km Link 2 D2=10Km Assume speed of propagation to be 3x108 m/sec, and find out the following? a. Transmission delay at Link 1; Transmission delay at Link 2; Total Transmission delay b. What will be the effect on total transmission delay if we change D2=100 KM? c. Propagation delay on link 1; Propagation delay on link 2; Total propagation delay d. What will be the effect on total propagation delay if we change R1 to 4 Kbps e. Ignoring all other delays, what is the total (end-end) delay f. What is the throughput achieved

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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8. We want to send a file of size 4000 MB from Source to Destination, using the network path given below. Source R1= 1Kbps R2= 2Kbps destination Link I D1=100Km Link 2 D2=10Km Assume speed of propagation to be 3x108 m/sec, and find out the following? a. Transmission delay at Link 1; Transmission delay at Link 2; Total Transmission delay b. What will be the effect on total transmission delay if we change D2=100 KM? c. Propagation delay on link 1; Propagation delay on link 2; Total propagation delay d. What will be the effect on total propagation delay if we change R1 to 4 Kbps e. Ignoring all other delays, what is the total (end-end) delay f. What is the throughput achieved
Transcribed Image Text:8. We want to send a file of size 4000 MB from Source to Destination, using the network path given below. Source R1= 1Kbps R2= 2Kbps destination Link I D1=100Km Link 2 D2=10Km Assume speed of propagation to be 3x108 m/sec, and find out the following? a. Transmission delay at Link 1; Transmission delay at Link 2; Total Transmission delay b. What will be the effect on total transmission delay if we change D2=100 KM? c. Propagation delay on link 1; Propagation delay on link 2; Total propagation delay d. What will be the effect on total propagation delay if we change R1 to 4 Kbps e. Ignoring all other delays, what is the total (end-end) delay f. What is the throughput achieved
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