Game Theoretic and Coordinated Interference-Based Channel Allocation Schemes for Packet Mobile Communication Systems

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Executive Summary

Channel allocation schemes are responsible for deciding which available channel is assigned to an incoming call. This paper studies the performance of a novel game-theoretic channel assignment scheme, for FCA networks, that bases its allocation decision on the instantaneous received and produced interference levels. The performance of the proposed scheme is compared against that obtained considering the traditional random assignment mechanism and other published algorithms. The conducted work highlights the benefits of the proposed scheme and studies its optimum configuration under various operating conditions and considering a mixed service scenario.

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