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第 50 卷第 9 期           王   楠等:兼顾测距和通信需求的导航星座激光星间链路规划                                  1801


                    Journal  of  the  Communications  Society,  2022,  3:   Fast  Elitist  Non-Dominated  Sorting  Genetic  Algo⁃
                    1413-1427.                                       rithm  for  Multi-Objective  Optimization:  NSGA-II
               [19]  李爽, 李德仁, 程承旗, 等 .  空天网格化星间通视                   [C]//Parallel  Problem  Solving  from  Nature,  Ber⁃
                    及路由路径规划算法[J].  武汉大学学报(信息科学                       lin, Germany, 2000.
                    版), 2021, 46(1): 50-57.                     [22]  YAN  J  G ,  XING  L  N ,  WANG  P ,  et  al.   A
                    LI  Shuang,  LI  Deren,  CHENG  Chengqi,  et  al.    Scheduling  Strategy  to  Inter-Satellite  Links  Assign⁃
                    Aerospace  Grid-Based  Algorithm  of  Inter-Satellite   ment  in  GNSS[J].   Advances  in  Space  Research,
                    Visibility and Route Path Planning for Satellite Con⁃  2021, 67(1): 198-208.
                    stellation[J].  Geomatics and Information Science of   [23]  高媛 .  非支配排序遗传算法(NSGA)的研究与应用
                    Wuhan University, 2021, 46(1): 50-57.           [D].  杭州:浙江大学, 2006.
               [20]  曾凌川 .  导航卫星激光星间链路信号体制与组网拓                       GAO  Yuan.   Non-dominated  Sorting  Genetic  Algo⁃
                    扑优化技术研究[D].  西安: 中国科学院大学中国                       rithm (NSGA) and Its Application [D].  Hangzhou:
                    科学院国家授时中心, 2023.                                 Zhejiang University, 2006.
                    ZENG  Lingchuan.   Research  on  Signal  System  and   [24]  ZHAO W G, ZHANG Z X, MIRJALILI S, et al.
                    Networking  Topology  Optimization  Technology  of   An  Effective  Multi-Objective  Artificial  Humming⁃
                    Laser  Inter-Satellite  Link  of  Navigation  Satellite  bird  Algorithm  with  Dynamic  Elimination-Based
                    [D].   Xi’an:  National  Time  Service  Center,  Chi⁃  Crowding  Distance  for  Solving  Engineering  Design
                    nese Academy of Sciences, 2023.                  Problems[J].   Computer  Methods  in  Applied  Me⁃
               [21]  DEB  K,  AGRAWAL  S,  PRATAP  A,  et  al.   A   chanics and Engineering, 2022, 398: 115223.
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