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Vision-based automated aerial refueling requires a relative positioning solution capable of real time updates between the tanker and receiver. The processing time required for modern approaches are dominated by an iterative point alignment phase. This work presents an accelerated alignment variant which utilizes parallelization and Delaunay Triangulation to achieve real time estimates.
Successful integration of linear-mode photoconductive semiconductor switches (PCSS) into RF pulsing antenna sources may yield higher switching speeds and improved power efficiency over conventional switching methods, while also reducing size/weight. This paper presents a multiphysics computational methodology for studying linear-mode PCSS in a high-power antenna system, with a focus on extrinsically...
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