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A Prediction Method Considering Object Motion for Humanoid Robot with Visual Sensor

机译:考虑视觉传感器的人形机器人对象运动的预测方法

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This paper proposes a prediction method considering object motion for a humanoid robot with a visual sensor. A visual servo control method is one of the useful methods to control the robot based on visual information. Robot can track the movable object by using this method. However, this system does not consider the future response of the object motion. As a result, the delay arises. In order to solve this problem, it is necessary to predict the object motion from the visual information. This paper proposes the prediction method considering object motion based on visual servo system. By using this method, the robot predicts the goal position which is the stop position of the movable object. Thereafter, the robot walks to the above prediction position. The robot moves to goal position without useless trajectory. The experiments with this prediction control method are conducted to confirm the validity of the proposed method. From these results, the validity of the proposed method is confirmed.
机译:本文提出了一种考虑具有视觉传感器的人形机器人的对象运动的预测方法。可视伺服控制方法是基于视觉信息控制机器人的有用方法之一。机器人可以使用此方法跟踪可移动对象。但是,该系统不考虑对象运动的未来响应。结果,出现延迟。为了解决这个问题,有必要从视觉信息预测对象运动。本文提出了考虑基于Visual Servo系统的对象运动的预测方法。通过使用该方法,机器人预测是作为可移动物体的停止位置的目标位置。此后,机器人走向上述预测位置。机器人移动到目标位置而没有无用的轨迹。进行该预测控制方法的实验以确认所提出的方法的有效性。从这些结果,确认了所提出的方法的有效性。

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