A direction directed aperture specification model for optimized communication under atmospheric turbulence

To provide a reliable communication in larger communication network, the bandwidth utilization is provided by Free Space Optical Technology. But this kind of communication also suffers from atmospheric degradation under various atmospheric conditions including turbulence, smoke etc. In this paper, a direction directed aperture adaptive model is presented to provide optimized communication under this situation. The presented model has provided the robust communication under noise, phase variation and turbulence vectors. The work has defined the statistical ordering to analyze the signal intensity so that the minimum fluctuation in signal will be obtained. The simulation results show that the work has provided the safe communication under different SNR values. The work also reduces the error rate.