Performance Analysis of Adaptive Algorithms in Future Cellular Networks Using MATLAB

Future cellular communication systems will be designed to support a wide ranges of data rates, high data coverage, larger capacity and challenging throughput with a complex quality of service matrix. It is becoming more challenging to optimize the radio resource management and maximize the system capacity by meeting the required quality of service from user’s point of view. This paper addresses the influence of multicell interference, BER, path loss and the effect of QAM on overall radio communication. This project sets a new direction for future research on resource scheduling strategies in a multi-cell system. We can achieve all above requirements by introducing a new concept of digital fixed relays i.e. six digital fixed relays all located in each cell in a hexagonal manner. The proposed algorithm (adaptive algorithm) performance can be investigated for many variables of the cellular system viz.. number of users, cell size, band width, relay location, transmit power, propagation parameters....etc. By varying these we can analysis the performance of a cellular system.