Study on software part of ultrasonic ranging system based on variable emission wavelength

Hongli Tai, Huan Zhang, Song Yang
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引用次数: 1

Abstract

At present, ultrasonic technology is widely used in measurement, automobile, medical, chemical industry, aerospace, machinery, exploration, biology, food and other fields, especially in the detection distance. The reason why autonomous mobile robots can move autonomously is that there is obstacle avoidance or positioning system in the robot system. The robot uses ultrasonic technology in detecting the distance of obstacles. In view of this, this paper introduces a fully integrated high-speed, high-performance hybrid signal processing system MCU, which controls receiver and transceiver ultrasonic range finder. In this paper, the design scheme of software system for ultrasonic range finder is expounded in detail, and the solution for the blind area of ultrasonic is given. Finally, the rangefinder is mounted on the robot for practical testing. The test data show that the Ultrasonic distance measurement finder described in this paper has good ranging performance, and it can meet the requirements of robot rangefinder.
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基于变发射波长的超声测距系统软件部分研究
目前,超声波技术广泛应用于测量、汽车、医疗、化工、航空航天、机械、勘探、生物、食品等领域,尤其是在探测距离方面。自主移动机器人之所以能够自主移动,是因为机器人系统中存在避障或定位系统。机器人利用超声波技术探测障碍物的距离。鉴于此,本文介绍了一种全集成化的高速高性能混合信号处理系统,该系统由单片机控制超声波测距机的收发端。本文详细阐述了超声波测距仪软件系统的设计方案,并给出了超声波盲区的解决方案。最后,将测距仪安装在机器人上进行实际测试。试验数据表明,本文所述的超声波测距仪具有良好的测距性能,能够满足机器人测距仪的要求。
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