onsider a bus network with two computers connected shown below: -d m- -X m- A В Rate: R1 Mbps Velocity of Propagation: v, m/s Rate: R2 Mbps Velocity of Propagation: v2 m/s The two computers A and B transmit at two different bandwidths R1 and R2 respective • The signals transmitted from each computers travel over the bus with differe propagation speeds vi m/s and v2 m/s respectively. (Note: This is a hypothetical scenar Each computer transmits only one bit at the same instance of time. a) Show the distance X m from Computer A where the collision of the two bits occur is (R1 – R2 vịd + \Vị + v2. vịV2 | X = \Vị + v2. R1R2 b) If, both the computers transmit with the bandwidth R and both signals travel with propagation speed v, determine X.

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
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Consider a bus network with two computers connected shown below:
-d m-
-X m-
A
В
Rate: R1 Mbps
Rate: R2 Mbps
Velocity of Propagation: v2 m/s
Velocity of Propagation: v, m/s
The two computers A and B transmit at two different bandwidths R1 and R2 respectively.
The signals transmitted from each computers travel over the bus with different
propagation speeds vi m/s and v2 m/s respectively. (Note: This is a hypothetical scenario)
Each computer transmits only one bit at the same instance of time.
a) Show the distance X m from Computer A where the collision of the two bits occur is
R2
vid
+
Viv2
X =
\Vị + v2,
R1R2
Vị + v2.
b) If, both the computers transmit with the bandwidth R and both signals travel with a
propagation speed v, determine X.
Transcribed Image Text:Consider a bus network with two computers connected shown below: -d m- -X m- A В Rate: R1 Mbps Rate: R2 Mbps Velocity of Propagation: v2 m/s Velocity of Propagation: v, m/s The two computers A and B transmit at two different bandwidths R1 and R2 respectively. The signals transmitted from each computers travel over the bus with different propagation speeds vi m/s and v2 m/s respectively. (Note: This is a hypothetical scenario) Each computer transmits only one bit at the same instance of time. a) Show the distance X m from Computer A where the collision of the two bits occur is R2 vid + Viv2 X = \Vị + v2, R1R2 Vị + v2. b) If, both the computers transmit with the bandwidth R and both signals travel with a propagation speed v, determine X.
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