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SLIDING MODE-ITERATIVE LEARNING CONTROL APPLIED TO DELTA PARALLEL ROBOT

机译:应用于DELTA并联机器人的滑模迭代学习控制

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In this paper, we proposes a diagram of control based on sliding mode theory (SMC) and iterative learning control (ILC) applied to DELTA parallel robot, this kind of systems is dedicated generally for executing repetitive tasks witch require high level of precision and rapidity. Principle of the proposal method consists in replacing discontinuous term of the SMC by another, which is a function of the sliding surface and its derivative, and which will be evaluated by using an iterative learning algorithm, Advantage of this method is the improvement of control performance each time the system execute the task again; At the and we show simulations results, and comments there.
机译:在本文中,我们提出了一种基于滑模理论(SMC)和迭代学习控制(ILC)的控制图,该控制图应用于DELTA并行机器人,这种系统通常专用于执行重复性任务,而这些任务需要很高的精度和速度。 。该提议方法的原理在于用SMC代替不连续项,该不连续项是滑动面及其导数的函数,并且将通过使用迭代学习算法进行评估,该方法的优点是提高了控制性能每次系统再次执行任务时;在和处,我们显示了模拟结果,并在其中给出了注释。

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