Swath-acquisition planning in multiple-satellite missions: an exact and heuristic approach


This paper deals with the swath acquisition coming up with problem for multisatellite Earth observation missions. Given a collection of satellites and a mission time-frame, the matter we tend to solve consists of choosing a collection of acquisitions from the satellites in order to hide a given region of interest during the requested time-frame, optimizing a sure objective operate.We have a tendency to show that the design drawback can be modeled as a set covering downside, using basic tools of mathematical programming. The formulation of the model requires the answer of a complex computational geometry problem, and therefore the utilization of heuristics and metaheuristics applies. In this paper, we discuss the potency of the constructive section of a greedy randomized adaptive search procedure algorithm. Computational results comparing the heuristic algorithms with the exact approach are presented.

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