Q1) A city has an area of 1300 square miles and is covered by cellular system using a 7 cell reuse patter Each cell has a radius of 4 miles and the city allocated 40 MHz of spectrum with full duplex channel bandwidth of 60 KHz. Assume a GoS of 2% for blocking probability. If the offered traffic per user is 0.03 E. Compute: a) the number of cells in the service area, b) the number of channels per cell, c) traffic intensity of each cell,

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Q1) A city has an area of 1300 square miles and is covered by cellular system using a 7 cell reuse pattern.
Each cell has a radius of 4 miles and the city allocated 40 MHz of spectrum with full duplex channel
bandwidth of 60 KHz. Assume a Gos of 2% for blocking probability. If the offered traffic per user is 0.03
E.
Compute:
a) the number of cells in the service area,
b) the number of channels per cell,
c) traffic intensity of each cell,
d) The maximum carried traffic;
e) the total number of users that can be served for 2% GOS,
f) the number of mobiles per channel, and
g) The theoretical maximum number of users that could be served at one time by the system.
Transcribed Image Text:Q1) A city has an area of 1300 square miles and is covered by cellular system using a 7 cell reuse pattern. Each cell has a radius of 4 miles and the city allocated 40 MHz of spectrum with full duplex channel bandwidth of 60 KHz. Assume a Gos of 2% for blocking probability. If the offered traffic per user is 0.03 E. Compute: a) the number of cells in the service area, b) the number of channels per cell, c) traffic intensity of each cell, d) The maximum carried traffic; e) the total number of users that can be served for 2% GOS, f) the number of mobiles per channel, and g) The theoretical maximum number of users that could be served at one time by the system.
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