Abstract
Pico satellite telecommunication with Ground Station (GS) is characterized by a limited line of sight that affects transmission delay and data. In this paper, a new fuzzy logic control system model is proposed to ensure a long lasting Ground Station (G.S) visibility to Pico satellite during orbiting in Leo. Developed system is helpful to control wave propagation for transmission. Presented method describes a fuzzy switching control system for both side microstrip antennas array system model that guarantee a maximum transmission time and achieves small satellite communication control performance with simplified control scheme. The method includes switched system modeling, fuzzy control system design, and optimized fuzzy modeling algorithm; in addition Petri net modeling is developed to predict system behavior. Added algorithms were simulated and tested. Proposed system and integrated algorithms performance were demonstrated in the reported simulations and tests results.