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地面无人作战平台对陆作战影响研究 被引量:5

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摘要 基于地面无人作战平台相比于有人系统所具有的较高智能优势、较强生存能力、较高作战效费比等特点,从战场感知与决策、通信、支援、后勤保障、爆炸物处理方面,分析了地面无人作战平台将有效提升地面兵力多种作战能力。从战斗力量编成、作战形式、作战时空方面,探讨了其对陆上战争形态的影响。
出处 《飞航导弹》 北大核心 2017年第12期31-35,44,共6页 AERODYNAMIC MISSILE JOURNAL
基金 武器装备预研基金(714005798)
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  • 1Gage D W.UGV history 101:a brief history of unmanned ground vehicle (UGV) development efforts,ADA422845[R].San Diego:Naval Command Control and Ocean Surveillance Center,1995.
  • 2Carlson J.Analysis of how mobile robots fail in the field[D].Florida:University of South Florida,2004.
  • 3Liu X,Dai B.The latest status and development trends of military unmanned ground vehicles[C]//2013 Chinese Automation Congress.Changsha,Hunan:IEEE,2013:533-577.
  • 4Toscano M.Department of defense joint robotics program[C]//AeroSense 2000.Orlando,FL,US:SPIE,2000:192-200.
  • 5Spofford J R,Rimey R D.Description of the UGV/Demo Ⅱ system[C]//Proceedings of Association for Unmanned Vehicle Systems International Conference.US:AUVSI,1997:255-264.
  • 6Shoemaker C M,Bornstein J A.Overview of the Demo Ⅲ UGV program[C]//Robotic and Semi-Robotic Ground Vehicle Technology.US:SPIE,1998:202-211.
  • 7Krotkov E,Blitch J.The defense advanced research projects agency (DARPA) tactical mobile robotics program[J].The International Journal of Robotics Research,1999,18 (7):769-776.
  • 8Fish S.Overview of UGCV and PerceptOR status[C]//Unmanned Ground Vehicle Technology V.Orlando,Florida:SPIE,2003:336-339.
  • 9Van Fosson M H,Fish S.Role of robotics in ground combat of the future:UGCV,PreceptOR,and FCS[C]// Unmanned Ground Vehicle Technology Ⅲ.Orlando,Florida:SPIE,2001:323-327.
  • 10Fish S.UGVs in future combat systems[C]//Defense and Security Symposium.Orlando,Florida:SPIE,2004:288-291.

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