Q6) Assume each user of a single base station mobile radio system averages three calls per hour, each call lasting an average of 5 minutes. A) What is the traffic intensity for each user? B) Find the number of users that could use the system with 1% blocking if only one channel is available. C) Find the number of users that could use the system with 1% blocking if five trunked channels are available. D) If the number of users you found in (c) is suddenly doubled, what is the new bloeking probability of the five ehannel trunked mobile radio system? Would this be acceptable performance? Justify why or why not.

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
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Q6) Assume each user of a single base station mobile radio system averages three
calls
hour, each call lasting an average of 5 minutes.
рег
A) What is the traffic intensity for each user?
B) Find the number of users that could use the system with 1% blocking if only
one channel is available.
C) Find the number of users that could use the system with 1º% blocking if five
trunked channels are available.
D) If the number of users you found in (c) is suddenly doubled, what is the new
blocking probability of the five channel trunked mobile radio system? Would this
be acceptable performance? Justify why or why not.
Transcribed Image Text:Q6) Assume each user of a single base station mobile radio system averages three calls hour, each call lasting an average of 5 minutes. рег A) What is the traffic intensity for each user? B) Find the number of users that could use the system with 1% blocking if only one channel is available. C) Find the number of users that could use the system with 1º% blocking if five trunked channels are available. D) If the number of users you found in (c) is suddenly doubled, what is the new blocking probability of the five channel trunked mobile radio system? Would this be acceptable performance? Justify why or why not.
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