Date of Award
Master of Science
Department of Aeronautics and Astronautics
David R. Jacques, PhD
This study addresses the problem of analyzing the single vehicle path planning problem for radar exposure minimization. The calculus of Variations and optimal control are applied to formulate the cost function and numerical algorithms are used to solve for the optimal paths. Cost sensitivity to path length is analyzed for flight against one radar; a second radar is then included in the formulation and the optimal path for flight between the radars is found for cases of equal and unequal radar power. The costs of the optimal path, direct path, and Voronoi diagram-generated paths are compared. Results indicate low sensitivity of the cost to suboptimal paths for flight versus one radar; against two radars, approaching the Voronoi curves optimally from the endpoints may be feasible for on-line use.
DTIC Accession Number
Novy, Michael C., "Air Vehicle Optimal Trajectories for Radar Exposure Minimization" (2001). Theses and Dissertations. 4670.