Simulation study of the capacity bounds in cellular systems

We investigate the capacity of cellular systems. In particular, we study how the reuse factor can be improved given the knowledge of the mobiles´ locations; i.e., we evaluate the minimum number of channels required to support a cellular infrastructure with a given number of mobiles in each cell. We assume that the mobiles´ locations are sampled from the uniform random distribution or are fixed on a uniform grid. Moreover, we show the effect of a number of parameters, such as the number of mobiles per cell, the minimum allowable signal-to-interference ratio, and limited knowledge of mobile location. The assumption of a single interferer, used in our study, is also justified