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Estimation for Direction of Signal Arrival based on Area Density of Estimated Lines for Ultrasonic Sensor Array

机译:基于超声波传感器阵列的估计线区域密度的信号到达方向估计

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We consider to estimate target positions in front of a vehicle with multiple ultrasonic sensors to realize comfortable and safely traffic society. In the case of the estimation of target positions by multilateration, positioning errors in the direction of arc from sensors in front of the vehicle becomes large. To reduce the positioning error, we focus on another estimation which estimates the directions of the arrival of the reflected signals from targets. Our method reduces false direction errors by using the area density function derived by the estimated directions. We confirm the estimation performance for the proposed method through computer simulation.
机译:我们考虑估计具有多种超声传感器的车辆前方的目标位置,以实现舒适和安全的交通社会。在通过多边地位估计目标位置的情况下,从车辆前部的传感器的电弧方向上定位误差变大。为了减少定位误差,我们专注于另一个估计,估计来自目标反射信号的到达的到达的方向。我们的方法通过使用由估计方向导出的区域密度函数来减少假方向误差。我们通过计算机仿真确认所提出的方法的估计性能。

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