Performance of power controlled systems considering mobility attractors

There are many ways to represent and to model traffic in a cellular system, but not always these representations are good enough to explain how the users are distributed; on the other hand, the probability of any user to move from one place to another inside one cell is also important. We use a concept called attractor, i.e., places where people spend time and the Diffusion process to represent the mobility of users. In this paper, we establish a new way to distribute users in a cell, and relate this distribution with the mobility of the users, so that we capture the effects of interference in Quality of Service (QoS) measured by E-b/N-0 and show that in some scenarios, performance is degraded below desirable values.