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Cell Breathing Mechanism Using Networks with Load Balancing Approach


 

In this paper, we establish a closed form formula of the other-cell interference factor f for omni-directional and sectored cellular networks. This objective is typically achieved when the load of access points is well-adjusted. Recent studies on operational WLANs, shown that AP load is often uneven distribution. To correct such overload, several load balancing schemes have been suggested. . Distance, arrival rate, bandwidth and non-orthogonality factor of the signal are considered for making the call acceptance decision. The paper demonstrates that fuzzy logic with the cell breathing concept can be used to develop a algorithm to achieve a better performance evaluation.


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  • Cell Breathing Mechanism Using Networks with Load Balancing Approach

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Abstract


In this paper, we establish a closed form formula of the other-cell interference factor f for omni-directional and sectored cellular networks. This objective is typically achieved when the load of access points is well-adjusted. Recent studies on operational WLANs, shown that AP load is often uneven distribution. To correct such overload, several load balancing schemes have been suggested. . Distance, arrival rate, bandwidth and non-orthogonality factor of the signal are considered for making the call acceptance decision. The paper demonstrates that fuzzy logic with the cell breathing concept can be used to develop a algorithm to achieve a better performance evaluation.