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Joint TDOA and AOA location algorithm

机译:TDOA和AOA联合定位算法

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摘要

For the joint time difference of arrival (TDOA) and angle of arrival (AOA) location scene, two methods are proposed based on the rectangular coordinates and the polar coordinates, respectively. The problem is solved perfectly by calculating the target position with the joint TDOA and AOA location. On the condition of rectangular coordinates, first of all, it figures out the radial range between target and reference stations, then calculates the location of the target. In the case of polar coordinates, first of all, it figures out the azimuth between target and reference stations, then figures out the radial range between target and reference stations, finally obtains the location of the target. Simultaneously, simulation analyses show that the theoretical analysis is correct, and the proposed methods also provide the application of the joint TDOA and AOA location algorithm with the theoretical basis.
机译:针对联合到达时间差(TDOA)和到达角度(AOA)位置场景,分别提出了两种基于直角坐标和极坐标的方法。通过使用TDOA和AOA联合位置计算目标位置,可以完美解决该问题。首先,在直角坐标的条件下,它确定目标和参考站之间的径向范围,然后计算目标的位置。在极坐标的情况下,首先,它确定目标和参考站之间的方位角,然后确定目标和参考站之间的径向范围,最后获得目标的位置。同时,仿真分析表明理论分析是正确的,所提出的方法也为TDOA和AOA联合定位算法的应用提供了理论基础。

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