Routing Generalization of Control Policy for Humanizing Stability in Network Resource Allocation

Abstract

In non-cooperative users, the network stability and user-centric fairness can be enforced at the network edge. The issues in stability and fairness can be studied when routing of incoming connection is enabled at the edge router. Achieving user-centric fairness requires controlling the number of connections. We analyze a decentralized fashion that assumes users are cooperative. Since connections may use different routes, the required aggregate rate leads to congestion control. To handle this situation we propose a primal-dual congestion control. We analyze the performance of individual users from decentralized admission control. This mechanism helps to protect the network from greedy user.