Understanding rate allocation mechanism in strategic and structural communication network via dynamic adjacency

Era of Integration has truly arrived. Taking cues from these integration trends, this paper explores the interaction of dynamic social network formation and their impact on rate control as a resource allocation problem. Main motivation for this work is to develop dynamical insights into stability mechanisms or lack thereof due to interaction of different strategic, structural and rate allocation mechanisms. First, a stochastic model for network formation has been coded and demonstrated in a stochastic setting which would give insight about dynamic structural and strategic formation. Then, a generative model of network formation is illustrated which along with the rate control mechanism simulates the stability mechanism with respect to the utility and price functions. The simulation presented is based on dynamically changing routing adjacency matrix driven by higher layer network formation games. Also, the simulation sheds light on ways to adapt physical layer and antenna design in volatile scenarios. New models, and simulation insights are presented which when coupled with data sets can bring realism.