本文提出了一种测量目标辐射源脉冲到达时间和到达方向实现固定单站对运动辐射源进行无源定位的算法。
An algorithm for the moving emitter passive location and tracking based on TOA and DOA measurements by a single fixed station is given.
提出了一种利用平面解三角，并结合辐射源信号到达方向和脉冲到达时间差对运动辐射源进行单站无源定位的算法。
An algorithm used trigonometry to passively locating a moving emitter with direction of arrival (DOA) and time difference of arrival (TDOA) of the emitter signal is given.
因为手臂的振动降低了手臂到达终点的定位精度，并延长了定位到终点的时间。
The arm vibration reduces the accuracy when the arm approaches the desired end position and increases its maneuver time.
现有行波测距法基本上都没有把由该方法所确定的行波到达时间与故障定位用行波传播速度很好地结合起来，导致定位精度不理想。
Existing methods for travelling wave fault location don't combine the arrival time of travel-ling wave with the propagation velocity properly, which leads to poor location accuracy.
本文讨论了利用到达角和到达时间测量数据对三维运动辐射源进行定位与跟踪的方法。
In this paper a method to locate and track a 3-d moving emitter using measurements of direction of arrival and time of arrival is discussed.
本文讨论了利用到达角和到达时间测量数据对三维运动辐射源进行定位与跟踪的方法。
In this paper a method to locate and track a 3-d moving emitter using measurements of direction of arrival and time of arrival is discussed.
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