Slotted non-persistent CSMA: Use the TWO-state Markov chain we discussed in class to derive the throughput of...

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Electrical Engineering

Slotted non-persistent CSMA: Use the TWO-state Markov chain wediscussed in class

to derive the throughput of non-persistent CSMA when nodes arerequired to transmit at the beginning of

a time slot, the length of a time slot is one propagation delay,and ideal acknowledgments are sent in 0

seconds over a secondary channel.

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SemiMarkovian process We consider here a semiMarkovian system In other words we have a statespace I that is a subset of IN When the process enters the state i i 0 i it enters the state j j 0 with the probability Pij ii given that the following state is j the time spent in the process i follows a distribution law Fij e Hi the time distribution of the semiMarkov process in the state    See Answer
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