TDM data link design and optimization between unmanned aerial vehicle and tactical guided munition

Unmanned aerial vehicles (UAVs), a creation of modern technology, are becoming armed and seeing an increase in use in military missions. And the nations that possess these UAV systems benefit strategically. Undoubtedly, tactical guided ammunition used with UAVs is becoming more significant in the defense industry in addition to UAVs. The study's scope includes an explanation of the munitions' guidance systems as well as the subsystem components that both UAVs and tactical guided munitions are made up of. The primary goal of the study is to design and optimize a data link—the wireless, digital communication between tactical guided munitions and unmanned aerial vehicles—by taking into account its properties and characteristics. The "Man in the Loop" concept incorporates this data link, which is future technology. In the study's application section, designs are produced at various data rates by setting up design input parameters and selecting various digital modulation techniques. MATLAB codes are embedded into the Modefrontier optimization program during the optimization phase, and the MOGA (Multi-Objective Genetic Algorithm) genetic optimization technique is used to generate a set of designs consisting of 400 different optimal designs. The designs created in the application part are evaluated to determine if they belong in the collection of Modefrontier's top designs. Also, the impacts of particular communication modulation techniques on designs are looked at. Keywords: UAV, Tactical Guided Munition, Data Link, Optimization, Digital Communications