Modeling and optimal tracking for power and rate in wireless communication networks with multiple time delays

This paper concerns multiple time delays in power and rate control for wireless communication networks with external disturbance. Based on the mathematical state-space model established for the wireless communication networks with state delay and input delay, a compensation algorithm for multiple time delays of general form model is researched and it can be applied into our model. An optimal tracking algorithm is given and the optimal control law can be obtained by solving the matrix Riccati algebraic equation. Finally, simulation results show that the proposed algorithm has good control performance.