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Researchers help robots see better

机译:研究人员帮助机器人更好地观察

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A new algorithm by which robots can recognize a randomly oriented object has been developed by Jared Glover, a graduate student in MIT's Department of Electrical Engineering and Computer Science, and Sanja Popovic, an MIT grad who is now at Google. Based on Bingham distribution, a statistical technique often used in analysis of data about historical changes in Earth's magnetic field, the algorithm is 15% better than its best competitor at identifying familiar objects in cluttered scenes. What's more, in cases where visual information is particularly poor, the algorithm offers an improvement of more than 50% over the best alternatives, achieving significantly more reliable object detections.
机译:麻省理工学院电气工程与计算机科学系的研究生贾里德·格洛弗(Jared Glover)和现在在Google的麻省理工学院毕业生Sanja Popovic已经开发了一种新的算法,通过该算法,机器人可以识别随机定向的对象。基于宾汉分布,一种经常用于分析有关地球磁场历史变化的数据的统计技术,该算法在识别杂乱场景中的熟悉物体方面比其最佳竞争对手高出15%。此外,在视觉信息特别差的情况下,与最佳替代方案相比,该算法可提供超过50%的改进,从而显着提高了目标检测的可靠性。

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