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Consider a LAN cable with a 100Mbps network link which is connecting the two campuses of SEU. A PC from Lab1(SEUPC1) and other PC from lab2(SEUPC2) are the only two stations on this network. Each PCs has some frames to send. Both SEUPC1 and SEUPC2 attempt to send a frame, collided at the first transmission and this time SEUPC1 wins the backoff race. At the end of successful transmission by SEUPC1, both stations (SEUPC1 and SEUPC2) attempt to transmit and collide. What will be the probability that SEUPC2 wins the second backoff race?

Consider a LAN cable with a 100Mbps network link which is connecting the two campuses of SEU. A PC from Lab1(SEUPC1) and other PC from lab2(SEUPC2) are the only two stations on this network. Each PCs has some frames to send. Both SEUPC1 and SEUPC2 attempt to send a frame, collided at the first transmission and this time SEUPC1 wins the backoff race. At the end of successful transmission by SEUPC1, both stations (SEUPC1 and SEUPC2) attempt to transmit and collide. What will be the probability that SEUPC2 wins the second backoff race?

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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Consider a LAN cable with a 100Mbps network link which is connecting the two campuses of SEU. A PC from Lab1(SEUPC1) and other PC from lab2(SEUPC2) are the only two stations on this network. Each PCs has some frames to send. Both SEUPC1 and SEUPC2 attempt to send a frame, collided at the first transmission and this time SEUPC1 wins the backoff race. At the end of successful transmission by SEUPC1, both stations (SEUPC1 and SEUPC2) attempt to transmit and collide. What will be the probability that SEUPC2 wins the second backoff race?

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