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AN ALGORITHM STUDY OF FUSION LOCATION FOR THE RADAR NETWORKING SYSTEM BASED ON QUASI-NEWTON ALGORITHM

机译:基于准牛顿算法的雷达网络系统融合位置算法研究

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For the fusion location problem of the noised detection plots of multiple networked radars (NRs), the proposed fusion location algorithm based on the quasi-Newton algorithm, takes advantage of solution theory of the nonlinear equations by DFP quasi-Newton algorithm, considers error characteristic of multi-radar, from the point of view of optimization, settles the problem of the quick approximation computation of true position of the airspace target in numeric calculation manner. The simulations demonstrate that the positioning accuracy of the proposed algorithm is better than the conventional algorithm of the bearing accuracy weighted (BAW) and the weighted least squares (WLS) algorithm. Even if compared to the minimized one of the detection errors of NRs, this proposed algorithm, is obviously predominant.
机译:对于多网雷达(NRS)的发布检测图的融合位置问题,基于准牛顿算法的提出的融合定位算法,利用DFP准牛顿算法的非线性方程的解决理论,认为错误特征从优化的角度来看,多雷达以数字计算方式解决空域目标真实位置的快速近似计算问题。该模拟表明所提出的算法的定位精度优于轴承精度加权(BAW)和加权最小二乘(WLS)算法的传统算法。即使与最小化的NRS检测误差相比,这种提出的算法显然是主要的。

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