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基于TI TM4C123的激光追踪系统设计OA

中文摘要英文摘要

针对激光目标追踪易丢失、实时性差的问题,该文设计基于德州仪器的TM4C123 芯片作为主控的激光目标控制系统与自动追踪,V831 摄像头模组作为目标位置反馈测量装置,以二维闭环步进电机云台作为运动输出.摄像头模组通过串口与TM4C主控通信实时反馈目标点位置,使用PID控制算法控制电机输出.同时通过磁编码反馈防止步进电机丢步,实现位置闭环控制,实验结果表明,系统追踪精度高,实时性好.

In response to the problems of easy loss and poor real-time performance of laser target tracking,this paper designs a laser target control system and automatic tracking based on the TM4C123 chip of Texas Instruments.The V831 camera module is used as the target position feedback measurement device,and the two-dimensional closed-loop stepper motor cloud platform is used as the motion output.The camera module communicates with the TM4C main control via serial port to provide real-time feedback on the target point position,and uses PID control algorithm to control the motor output.At the same time,magnetic encoding feedback is used to prevent step loss of the stepper motor and achieve position closed-loop control.The experimental results show that the system has high tracking accuracy and good real-time performance.

郎向荣;竺春祥;顾宇豪

浙江庄联科技有限公司,杭州 310018中国计量大学 工程训练中心 创新学院,杭州 310018

电子信息工程

激光控制自动追踪TI TM4C123位置闭环PID控制算法

laser controlautomatic trackingTI TM4C123position closed loopPID control algorithm

《科技创新与应用》 2024 (018)

32-36 / 5

浙江省教育厅一般科研项目(Y202248571);浙江省产学合作协同育人项目(浙发改社会[2022]318号)

10.19981/j.CN23-1581/G3.2024.18.007

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