Clustered Mean-Field Hard-Core Model with Non-Homogeneous Clusters.

This paper addresses modeling and analysis of interference in wireless networks. We present a novel clustered mean-field hard-core model with non-homogeneous clusters. We develop a theory for throughput equalization in this model which can serve as a distributed strategy for throughput equalization. We also present stability analysis of the throughput equalization strategy. This work recovers several previously known results as special cases. We present results of Monte-Carlo simulations to evaluate the proposed strategy in mean-field networks.