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Received:January 11, 2020 Revised:February 08, 2020
Received:January 11, 2020 Revised:February 08, 2020
中文摘要: 针对窄空间平行泊车路径规划问题, 提出一种基于二段五阶多项式的方法分别计算车辆前进路线与倒车路线, 其中前进路线用于调整车辆位姿, 实现倒车入库路径曲率最优. 根据常规停车位大小与家庭轿车的尺寸建立仿真环境, 结合车辆运动模型, 搜索自由空间内无碰撞路径. 仿真结果表明, 二段五阶多项式法可以实现在有限空间范围内的智能泊车, 且在由两段路径连接得到的路径上方向盘转向角连续变化.
Abstract:To solve the problem of path planning for parallel parking in narrow spaces, a two-piece five order polynomial equation based method was proposed for calculating approaching path and reverse path respectively, among which the approaching path was applied for adjusting the vehicle pose so that a curvature optimal path for reversing car into parking lot is available. Simulation was performed by considering the general size of parking lot and family car, as well as the kinematic model of vehicle motion, to find a collision free path in free space. The result shows that the two-piece five order polynomial equation-based method can realize intelligent parking in narrow spaces, and the steering angle of wheel changes continuously on the linked path.
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熊莹,毛雪松.基于二段多项式的窄空间平行泊车路径规划方法.计算机系统应用,2020,29(8):211-216
XIONG Ying,MAO Xue-Song.Path Planning by Two-Piece Polynomial Equation in Narrow Space for Parallel Parking.COMPUTER SYSTEMS APPLICATIONS,2020,29(8):211-216
熊莹,毛雪松.基于二段多项式的窄空间平行泊车路径规划方法.计算机系统应用,2020,29(8):211-216
XIONG Ying,MAO Xue-Song.Path Planning by Two-Piece Polynomial Equation in Narrow Space for Parallel Parking.COMPUTER SYSTEMS APPLICATIONS,2020,29(8):211-216