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Measurement of Robot Similarity to Determine the Best Demonstrator for Imitation in a Group of Heterogeneous Robots

机译:测量机器人相似性以确定一组异构机器人中的最佳模仿者

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Imitation is not only a powerful means to drastically downsize the exploration space when learning behavior. It also helps to align the learning efforts of a robot group towards a common goal. However, one prerequisite in imitation, the decision of which robot to imitate, is often factored out in current research. In our work we address this question by providing a means to measure the similarity between two robots. Based on this similarity a robot can choose which robot to imitate. The affinity of two robots with respect to imitation is most reasonably measured by calculating their behavioral difference, since the goal of imitation is learning new behavior. This is accomplished by each robot individually constructing an Affordance Network which is a Bayesian network upon its conditional af-fordance probabilities in the environment. An affordance represents the interaction possibilities an object provides to the robot. These Affordance Networks are then compared with a new metric.
机译:模仿不仅是一种在学习行为时大幅缩小探索空间的强大手段。它还有助于使机器人小组的学习努力朝着共同目标发展。但是,在当前的研究中通常会排除模仿的先决条件,即决定模仿哪个机器人。在我们的工作中,我们通过提供一种测量两个机器人之间相似性的方法来解决这个问题。基于这种相似性,机器人可以选择要模仿的机器人。通过模仿两个机器人的行为差异,可以最合理地衡量两个机器人对模仿的亲和力,因为模仿的目的是学习新的行为。这是通过每个机器人根据其在环境中的有条件负担能力单独构建一个负担网络(即贝叶斯网络)来实现的。可承受能力表示对象向机器人提供的交互可能性。然后将这些Affordance网络与新指标进行比较。

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