This paper proposes a collaborative optimization based method for tactical aircraft pop-up attack planning. First, the planning problem is described by four laws: delivery maneuver, ballistics, survivability and detection. Then the collaborative optimization (CO) framework is introduced to model the complex coupled problem, in which the problem is divided into two levels: system level optimization and laws level optimization. Following the planning procedure of CO, the genetic algorithm combined with response surface method is used to solve the above optimization problem. Finally, the proposed method is validated through experiments and appears to be effective and feasible to solve the pop-up attack planning problem.
['Nan Wang', 'Lin Wang', 'Yanlong Bu', 'Guozhong Zhang', 'Lincheng Shen']
Tactical aircraft pop-up attack planning using collaborative optimization