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Determination of the bearing angle of unobserved ground targets by use of seismic location cells

机译:用地震定位细胞确定不观察室靶靶的轴承角度

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In paper the determination problem of the location of the moving unobserved armored trucks (tanks) (1+2) kilometers away is considered. Based on the seismic location method by use of 3D coordinates detection set the computational algorithm of determination of the bearing angle and distance to unobserved target are presented, and computational errors are estimated. Also, for the purpose of angle errors minimization in target direction the triangular form of 3D detectors in one seismic location cell is offered. The optimal geometry disposition of 3D detectors in seismic location cells is determined. Offered method is effective in case of relief when seismic-acoustic signal is propagated by approximately straight line. This method can be applied only to homogenous medium, for example, to mountainous, to solid rocky soil.
机译:在纸质中,考虑了移动的未观察的装甲卡车(坦克)(坦克)(1 + 2)公里的定位的确定问题。通过使用3D坐标检测装置,呈现了轴承角度和与未观察目标的距离的计算算法的计算算法,估计计算误差。而且,为了在目标方向上最小化的角度误差的目的,提供了一个地震定位电池中的3D检测器的三角形形式。确定了地震位置电池中的3D检测器的最佳几何配置。当地震声信号通过大约直线传播时,在释放时,提供的方法是有效的。该方法仅适用于均匀介质,例如山区,以固体岩石土壤。

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