Tower crane anti-collision algorithm design and simulation

Yang Zhang, Xinrong Li
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Abstract

As the main transportation tool at the construction site, the tower crane is essential for operation. In order to avoid collisions with the surrounding obstacles or other tower cranes when running, this article designs a tower crane anti -collision algorithm. This algorithm first models the tower crane and obstacles, and realizes the collision monitoring between the tower crane and the obstacles by dynamically calibrating the alarm area around the obstacles; The information interaction, combined with the trajectory prediction algorithm to implement the collision monitoring between the tower cranes; at the same time, it is proposed to apply the Kalman filter to the trajectory prediction of the tower crane to improve the accuracy of the risk prediction; in the end, through the QT design simulation platform, And use randomly generated tower cranes to run data to verify its effectiveness. After testing, the algorithm can effectively avoid the occurrence of tower crane collision accidents, and has certain application prospects.
塔机防碰撞算法设计与仿真
塔式起重机作为施工现场的主要运输工具,在施工中起着至关重要的作用。为了避免塔机在运行过程中与周围障碍物或其他塔机发生碰撞,本文设计了塔机防碰撞算法。该算法首先建立塔机与障碍物的模型,通过动态标定障碍物周围的报警区域,实现塔机与障碍物的碰撞监测;信息交互,结合轨迹预测算法实现塔机间碰撞监测;同时,提出将卡尔曼滤波应用于塔机的轨迹预测,提高风险预测的精度;最后,通过QT设计仿真平台,并使用随机生成的塔吊运行数据来验证其有效性。经过测试,该算法能有效避免塔机碰撞事故的发生,具有一定的应用前景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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