A certain area is covered by a cellular radio system with 84 cells and a cluster size N. 300 voice channels are available for the system. Users are uniformly distributed over the area covered by the cellular system, and the offered traffic per user is 0.04 Erlang. Assume that blocked calls are cleared and the designated blocking probability is P = 1%. %3D
A certain area is covered by a cellular radio system with 84 cells and a cluster size N. 300 voice channels are available for the system. Users are uniformly distributed over the area covered by the cellular system, and the offered traffic per user is 0.04 Erlang. Assume that blocked calls are cleared and the designated blocking probability is P = 1%. %3D
Introductory Circuit Analysis (13th Edition)
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![A certain area is covered by a cellular radio system with 84 cells and a cluster size N. 300 voice
channels are available for the system. Users are uniformly distributed over the area covered by the
cellular system, and the offered traffic per user is 0.04 Erlang. Assume that blocked calls are cleared
and the designated blocking probability is P, = 1%.
A) Determine the maximum carried traffic per cell if the cluster size N=12 is used.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6927ac2c-b8b9-48bb-be82-1ad6b6c95049%2F30943ca9-7bf1-4a28-8dfa-d387627e65e8%2Fxnl93tj_processed.png&w=3840&q=75)
Transcribed Image Text:A certain area is covered by a cellular radio system with 84 cells and a cluster size N. 300 voice
channels are available for the system. Users are uniformly distributed over the area covered by the
cellular system, and the offered traffic per user is 0.04 Erlang. Assume that blocked calls are cleared
and the designated blocking probability is P, = 1%.
A) Determine the maximum carried traffic per cell if the cluster size N=12 is used.
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