A Method of Extending the Transmission and Reception Range of Ultrasonic Sensors for Stable Following in a Narrow Indoor Space

Ga-Young Kim, Su-Hong Eom, Eunghyuk Lee, Jeon-Min Kang
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Abstract

This study proposes a following method based on ultrasonic sensors in consideration of the situation that requires collaboration while performing autonomous driving-based service robot tasks. Since it is impossible to follow the target when it is outside the transmission and reception range of ultrasonic sensors, this study proposes a method of extending the range by changing the angle of the ultrasonic sensor. It was confirmed that the proposed method can extend the transmission and reception range in comparing the transmission and reception range with the basic sensor installation method in which ultrasonic sensors are installed facing the front with each other.
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一种扩大超声波传感器发射和接收范围的方法,以便在狭窄的室内空间稳定跟踪
本研究考虑到在执行基于自动驾驶的服务机器人任务时需要协作的情况,提出了一种基于超声波传感器的跟踪方法。由于在超声波传感器的发射和接收范围之外无法跟踪目标,本研究提出了通过改变超声波传感器的角度来扩大跟踪范围的方法。结果表明,与超声波传感器正面安装的基本传感器安装方法相比,本研究提出的方法可以扩大发射和接收范围。
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