Consider a cluster of three cells. The traffic offered to each individual cell is, 40 Erlangs, 50 Erlangs, and 80 Erlangs, respectively. With fixed uniform channel allocation and designated blocking probability of 0.01, what is the total number of channel needed in this cluster?

A First Course in Probability (10th Edition)
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ISBN:9780134753119
Author:Sheldon Ross
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Chapter1: Combinatorial Analysis
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Consider a cluster of three cells. The traffic offered to each individual cell is, 40
Erlangs, 50 Erlangs, and 80 Erlangs, respectively. With fixed uniform channel
allocation and designated blocking probability of 0.01, what is the total number of
channel needed in this cluster?
Transcribed Image Text:Consider a cluster of three cells. The traffic offered to each individual cell is, 40 Erlangs, 50 Erlangs, and 80 Erlangs, respectively. With fixed uniform channel allocation and designated blocking probability of 0.01, what is the total number of channel needed in this cluster?
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