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International Journal of

Recent Trends in Engineering

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International Journal of Recent Trends in Engineering (IJRTE)

ISSN 1797-9617

Volume 1,  Number 2,  May 2009

Issue on Computer Science

Page(s): 287-290

Optimization of Co-channel Interference Ratio (CCIR) for Omni-Directional Antenna in Mobile Computing

           Santosh Kumar, S. C. Sharma, Sandip Vijay, Shahnawaz Husain

Full text:  PDF

Abstract

Due to the insufficiency of available bandwidth and the continuously growing demand for cellular communication services, there are many cells using same frequency band. All the cell using the same channel are physically located apart by at least reused distance, even though the power level is controlled carefully so that such “co-channels” do not create a problem for each other, there is still some degree of interference due to non-zero signal strength of such cells .This paper simulate the co-channel interference ratio (CCIR)  for mobile station at the various distance from BS and shows, as the path loss propagation increases, the value of CCIR increases exponentially and achieved a fabulous result and also simulate, for the same value of path loss propagation & varying  distance results shows that CCIR decreases linearly. In this paper, two tier model is used for simulating the result. Simulation is done for 1-Tier, although there are negligible interference between focused cell and 2-Tier of CCIR cells over same frequency band.

Index Terms

1-Tier & 2-Tier same band frequency cell, Reuse Distance, co-channel Interference, Path loss propagation

Published by Academy Publisher in cooperation with the ACEEE

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