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Cross-modal visuo-tactile object recognition using robotic active exploration

机译:使用机器人主动探索的跨模态视触目标识别

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In this work, we propose a framework to deal with cross-modal visuo-tactile object recognition. By cross-modal visuo-tactile object recognition, we mean that the object recognition algorithm is trained only with visual data and is able to recognize objects leveraging only tactile perception. The proposed cross-modal framework is constituted by three main elements. The first is a unified representation of visual and tactile data, which is suitable for cross-modal perception. The second is a set of features able to encode the chosen representation for classification applications. The third is a supervised learning algorithm, which takes advantage of the chosen descriptor. In order to show the results of our approach, we performed experiments with 15 objects common in domestic and industrial environments. Moreover, we compare the performance of the proposed framework with the performance of 10 humans in a simple cross-modal recognition task.
机译:在这项工作中,我们提出了一个框架来处理跨模式的视觉-触觉对象识别。通过跨模态视觉触觉目标识别,我们的意思是目标识别算法仅通过视觉数据进行训练,并且能够仅利用触觉感知来识别目标。拟议的交叉模式框架由三个主要要素组成。首先是视觉和触觉数据的统一表示,适用于跨模式感知。第二个是一组功能,能够对分类应用程序中选择的表示进行编码。第三个是监督学习算法,它利用所选的描述符。为了显示我们的方法的结果,我们对15个在家庭和工业环境中常见的对象进行了实验。此外,我们在一个简单的跨模式识别任务中将所提出的框架的性能与10个人的性能进行了比较。

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