In a recent paper, we developed a model for optical inter-satellite communications in which the swaying transmitter has identical variances in the azimuth and elevation axes. In the present work, we extend the investigation to the case where the variances are different. We prove that the instantaneous signal-to-noise ratio (SNR) follows the log-square-Hoyt distribution. With this model, we show that the outage probability can be minimized, subject to a specified transmitter power, by appropriately adjusting some system parameters such as the transmitter gain.
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