Propagation-dependent fair rate allocation in heterogeneous cellular system
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In this day and age, the cellular communication network is advancing at an amazing speed. Heterogeneous wireless access technologies would play an increasingly critical role in next generation wireless communication systems. The ultimate objective of this thesis is to implement fair and priority-based rate allocation in heterogeneous cellular system using Max-Min fairness criterion. Two coeffcients are introduced successfully in the proposed algorithm. Consequently, it accomplish the goal of resource allocation in terms of spectral effciency and prioritization in heterogeneous cellular networks. However, the implementation is simpliﬁed to prove the correctness of the algorithm. More realistic scenario should be taken into consideration. Besides, interference would affect the ﬁnal optimal solution.