火力与指挥控制
火力與指揮控製
화력여지휘공제
Fire Control & Command Control
2015年
11期
69-71,76
,共4页
贺刚%赵雷鸣%刘昊%樊雷%黄秦煌
賀剛%趙雷鳴%劉昊%樊雷%黃秦煌
하강%조뢰명%류호%번뢰%황진황
双机协同%测向交叉定位%精度分析
雙機協同%測嚮交扠定位%精度分析
쌍궤협동%측향교차정위%정도분석
coordination%direction finding cross localization%precision analysis
针对双机协同对地面或海面缓慢移动目标进行精确定位的需求,给出了双站协同定位的工作原理、定位流程及模型,从理论上推导了三维空间中双机协同交叉定位算法中的误差关系式,并详细分析了影响定位误差的各种因素,最后通过仿真验证了理论推导的正确性.研究结果为双机协同对敌目标精确定位的实际应用提供了理论支持.
針對雙機協同對地麵或海麵緩慢移動目標進行精確定位的需求,給齣瞭雙站協同定位的工作原理、定位流程及模型,從理論上推導瞭三維空間中雙機協同交扠定位算法中的誤差關繫式,併詳細分析瞭影響定位誤差的各種因素,最後通過倣真驗證瞭理論推導的正確性.研究結果為雙機協同對敵目標精確定位的實際應用提供瞭理論支持.
침대쌍궤협동대지면혹해면완만이동목표진행정학정위적수구,급출료쌍참협동정위적공작원리、정위류정급모형,종이론상추도료삼유공간중쌍궤협동교차정위산법중적오차관계식,병상세분석료영향정위오차적각충인소,최후통과방진험증료이론추도적정학성.연구결과위쌍궤협동대활목표정학정위적실제응용제공료이론지지.
Be demand for precise positioning dual synergistic move slowly on the ground or sea targets,this paper presents a dual station co-location of works,positioning processes and models, Theoretically derived from three-dimensional space dual synergistic cross-localization algorithm errors in the relationship,And a detailed analysis of the various factors influences the positioning error,and finally the simulation verify the theoretical derivation is correct. The results for the two-machine collaboration pinpoint enemy targets practical application provides theoretical support.