Estimating the time delayTime delay between received signals is fundamental to determining the direction of arrival (DOA)Direction of Arrival (DoA) [1]. The performance of direction-finding systems critically depends on both the characteristics of the signal and the geometry of the sensor arraySensor array in the TDOA approach. In particular, sensor spacing plays a pivotal role, with conventional designs typically assuming half-wavelength separation.

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Time Difference of Arrival

  • Venkata Rangarao Kaluri

摘要

Estimating the time delayTime delay between received signals is fundamental to determining the direction of arrival (DOA)Direction of Arrival (DoA) [1]. The performance of direction-finding systems critically depends on both the characteristics of the signal and the geometry of the sensor arraySensor array in the TDOA approach. In particular, sensor spacing plays a pivotal role, with conventional designs typically assuming half-wavelength separation.