Research on Obstacle Avoidance and Trajectory Planning Strategy of Automatic Parking System

Yao Cenglin
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Abstract

A mathematical model is established according to motion characteristics of vehicles during parking, and an inequality algorithm is established according to obstacle avoidance rules. Its feasibility is verified using MATLAB simulation trajectory planning algorithm. During scene setting, a scene of common longitudinal parking with obstacles parked on the parking trajectory is simulated. The vehicle speed is set to a constant low speed, and the algorithm model is used to control the steering wheel angle at different time points to simulate the trajectory. The simulation result proves that the algorithm is real and effective for the scene set here.
自动泊车系统避障及轨迹规划策略研究
根据车辆在停车过程中的运动特征建立了数学模型,并根据避障规则建立了不等式算法。利用MATLAB仿真轨迹规划算法验证了其可行性。在场景设置过程中,模拟了一种常见的纵向停车场景,障碍物停在停车轨迹上。将车速设定为恒低速,利用算法模型控制不同时间点的方向盘角度,模拟轨迹。仿真结果表明,该算法对于该场景集是真实有效的。
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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