Abstract
The purpose of this paper is to design an application which can compute the bistatic system coverage zone for the archipelago of Cabo Verde, where a specific study of bistatic geometry was made. From its triangular configuration, known as bistatic triangle (transmitter, target, receiver), we obtained the parameters, and subsequently, the equations necessary to obtain the Oval of Cassini that delimits the coverage zone that it guarantees. The direct synchronization method was chosen, and the line of sight between transmitting and receiving antennas was required, permitting us to measure the distances from the transmitter to the target and from the target to the receiver. After obtaining all the theoretical validities, a tool was created, for the user to choose the positions of the antennas. Then, the software will paint the coverage zone with the qualities index required in accordance with the chosen data and technical parameters.
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