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Using Growth Curve in Trajectory Planning for Industrial Manipulator

机译:利用工业操纵器轨迹规划中的生长曲线

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The paper presents a new algorithm to solve the problem of trajectory planning in industrial manipulator, the growth curve which is well known in Biological Sciences. The growth curve is used to demonstrate the relationship between the quantities of a certain creature over the time, which is similar to the curve of velocity in trajectory planning for industrial manipulator. This papers purpose is to introduce the algorithm and derive the logistic formula from basic growth curve to fit the velocity curve, using to plan the trajectory in industrial manipulator controlling. Although the algorithm is very simple and easy which contains only three parameters, the logistic curve can easily solves the general cases in trajectory planning where there are the upper limits of velocity and acceleration.
机译:本文提出了一种解决工业操纵器中轨迹规划问题的新算法,生长曲线在生物科学中众所周知。增长曲线用于在时间内展示某些生物的数量之间的关系,这类似于工业操纵器的轨迹规划中的速度曲线。本文的目的是介绍算法并从基本生长曲线推导出物流配方以适应速度曲线,用于规划工业操纵器控制中的轨迹。虽然算法非常简单且容易,但仅包含三个参数,但逻辑曲线可以容易地解决轨迹规划中的一般情况,其中存在速度和加速度的上限。

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