基于b样条曲线的轮式移动机器人轨迹设计与控制

K. Komoriya, K. Tanie
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引用次数: 93

摘要

在移动机器人的柔性轨迹控制中,最好设计一种在二维平面上经过具有指定切线的指定点的光滑轨迹。利用b样条曲线提出了满足上述条件的轨迹设计方法。为了将所设计的b样条曲线应用于两轮驱动式移动机构,研究了曲率数据应用的可能性。在给定的硬件约束条件下,演示了曲率数据指定的曲线上可能的最小行驶时间的速度模式。实验硬件的轨迹控制验证了采用所设计的b样条曲线控制轮式移动机器人轨迹的可行性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Trajectory Design and Control of a Wheel-type Mobile Robot Using B-spline Curve
In flexible trajectory control of a mobile robot it is preferable to design a smooth trajectory which passes specified points with specified tangents in a two dimensional plane. A trajectory design method which satisfies the above condition is presented using a Bspline curve. In order to use the designed B-spline curve for a two-wheel-driven-type mobile mechanism the possibility of using curvature data is examined. Possible speed patterns for the minimum travel time along a curve specified by curvature data is demonstrated given hardware constraints. Trajectory control of experimental hardware demonstrates the feasibility of using the the designed B-spline curve to control the trajectory of a wheel-type mobile robot.
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