基于目标间拓扑信息和运动信息的联合目标选择算法

doi:10.7527/S1000-6893.2013.0406

Abstract

Abstract:

To solve the problem that it is very hard if not impossible to select a designated target from a rotational symmetric ship formation with mere topological information of the target, a target selection algorithm is proposed based on the target's topology information and movement information. First, several structure cells are cut out from the target from a ship formation and the course information of the structure cells is defined in terms of the movement information of their three vertexes. Second, a normalization value that weighs the similarity of different structure cells can be given by combining this information with the topology information, and a designated target from a rotational symmetric ship formation can be selected by using the value. The simulations show that this method has better accuracy than the method of using mere topological information in selecting a designated target from a rotational symmetric ship formation.

Key words: topology, movement information, target selection, rotational symmetry, structure cell

CLC Number:

WANG Guohong, CHEN Zeyuan, WU Wei, YI Zhe. Joint Target Selection Algorithm Based on Target Topology and Movement Information[J]. ACTA AERONAUTICAET ASTRONAUTICA SINICA, 2014, 35(2): 516-522.

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Joint Target Selection Algorithm Based on Target Topology and Movement Information

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