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Feature Fusion One-Stage Visual Affordance Detector

机译:特征融合一级视觉带电探测器

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摘要

For a robot to be able to autonomously interact with its environment knowing only the type and location of the objects is not enough. A robot should also know what is the use of each object to be able to benefit from them. This led to the introduction of affordance detection as a crucial area of research in computer vision and robot perception in particular. In this work, a new one-stage affordance detection framework is introduced that utilizes features fusion to improve visual affordance detection performance. We used the famous UMD RGB-D Part Affordance dataset to evaluate our models and achieved comparable results to the baseline one-stage method. Extensive results are also presented to show the benefit of our method.
机译:对于机器人能够自主地与其环境自主交互,只知道对象的类型和位置是不够的。机器人还应该知道每个对象的使用是什么能够从中受益。这导致了作为计算机愿景和机器人感知的关键研究领域的能力检测。在这项工作中,介绍了一种新的单级无力检测框架,它利用具有功能融合来提高视觉承受的检测性能。我们使用着名的UMD RGB-D部件提供了DataSet来评估我们的模型,并实现了基线一阶段方法的可比结果。还提出了广泛的结果以表明我们方法的好处。

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