In the previous problem, we used the Poisson distribution to
In the previous problem, we used the Poisson to find the probability of generating x number of frames, in a […]
In the previous problem, we used the Poisson to find the probability of generating x number of frames, in a […]
To formulate the performance of a multiple-access network, we need a mathematical model. When the number of stations in a
Although the throughput calculation of a CSMA/CD is really involved, we can calculate the maximum throughput of a slotted CSMA/CD
To understand why we need to have a minimum frame size Tfr = 2 × Tp in a CDMA/CD network,
In a bus 1-persistence CSMA/CD with Tp = 50 μs and Tfr = 120 μs, there are two stations, A
Assume that there are only two stations, A and B, in a bus CSMA/CD network. The distance between the two
There are only three active stations in a slotted Aloha network: A, B, and C. Each station generates a frame
In the previous problem, we found the throughputs of a pure and a slotted Aloha network as S = Np
In the previous problem, we found the probability of success for a station to send a frame successfully during the
In the previous problem, we showed that the throughput is S = Ge−2G for a pure Aloha network and S
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