计算机与数字工程
計算機與數字工程
계산궤여수자공정
Computer and Digital Engineering
2015年
11期
1901-1904,1954
,共5页
军事阵地%计算机建模%遗传算法%计算复杂性
軍事陣地%計算機建模%遺傳算法%計算複雜性
군사진지%계산궤건모%유전산법%계산복잡성
military region%computer model%genetic algorithm%computation complexity
为更好地在众多备选目标中选择价值最优的军事阵地，论文从影响遂行任务自身价值属性的相关因素出发，结合适合构建军事阵地的先验知识，给出了军事阵地的建模方法及质量评估模型，改进传统遗传算法以解决大范围地理空间中最优阵地的快速识别问题，通过两组实验分析验证方法的有效性及搜索性能。
為更好地在衆多備選目標中選擇價值最優的軍事陣地，論文從影響遂行任務自身價值屬性的相關因素齣髮，結閤適閤構建軍事陣地的先驗知識，給齣瞭軍事陣地的建模方法及質量評估模型，改進傳統遺傳算法以解決大範圍地理空間中最優陣地的快速識彆問題，通過兩組實驗分析驗證方法的有效性及搜索性能。
위경호지재음다비선목표중선택개치최우적군사진지，논문종영향수행임무자신개치속성적상관인소출발，결합괄합구건군사진지적선험지식，급출료군사진지적건모방법급질량평고모형，개진전통유전산법이해결대범위지리공간중최우진지적쾌속식별문제，통과량조실험분석험증방법적유효성급수색성능。
In order to search the military region with the best value from a lot of optional choices ,model representations are given with fully consideration of related factors influenced by value attributes of task selection ,combining accumulated experiences to build military region .Further ,the region value evaluation model is purposed and achieved with an improved genetic algorithm to solve large-scale geographical zone to implement deployment tasks .Lastly ,experiments show our meth-od is practically effective and has excellent searching performance .
