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Effect of receivers densities and manipulation of trasmission data rate on tradeoff between power consumption and bandwidth consumption in OFDM based wireless distributed computing network

Currently huge data rates transmissions and their manipulations are completing by wireless distributed computing (WDC) network, for minimize the time. But by this network, we are unable to save the both power and bandwidth in much manner. These parameters will create critical issues, when wired or wireless media affects by noise, and interference conditions. In this paper, the main objectives are to produce good tradeoff between power consumption, bandwidth consumption and good tradeoff between distributed computing power ratio (DCPR), bandwidth consumption. I propose OFDM based WDC system, to achieve the very less interference and to satisfy the above specified objectives. This paper uses an optimization algorithm, called the particle swarm optimization (PSO). This algorithm gives global optimum solution. The performance of proposed system with an evolutionary algorithm is analyzed using MATLAB simulation.