Systems Engineering and Electronics
• SYSTEMS ENGINEERING •
Chengwei Ruan1, Zhongliang Zhou1, Hongqiang Liu1, and Haiyan Yang1,2,*
According to the previous achievement, the task assignment under the constraint of timing continuity for a cooperative air combat is studied. An extensive task assignment scenario with the background of the cooperative air combat is proposed. The utility and time of executing a task as well as the continuous combat abi- lity are defined. The concept of the matching method of weapon and target is modified based on the analysis of the air combat scenario. The constraint framework is also redefined according to a new objective function. The constraints of timing and continuity are formulated with a new method, at the same time, the task assignment and integer programming models of the cooperative combat are established. Finally, the assignment problem is solved using the integrated linear programming software and the simulation shows that it is feasible to apply this modified model in the cooperative air combat for tasks cooperation and it is also efficient to optimize the resource assignment.
Chengwei Ruan, Zhongliang Zhou, Hongqiang Liu, and Haiyan Yang. Task assignment under constraint of timing sequential for cooperative air combat[J]. Systems Engineering and Electronics, doi: 10.21629/JSEE.2016.04.12.
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