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Objective Evaluation Criteria for 2D-Shape Estimation Results of Moving Objects

机译:运动物体二维形状估计结果的客观评价标准

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摘要

The objective evaluation of 2D-shape estimation results for moving objects in a video sequence is still an open problem. First approaches in the literature evaluate the spatial accuracy and the temporal coherency of the estimated 2D object shape. Thereby, it is not distinguished between several estimation errors located around the object contour and a few, but larger, estimation errors. Both cases would lead to similar evaluation results, although the 2D-shapes would be visually very different. To overcome this problem, in this paper, a new evaluation approach is proposed. In it, the evaluation of the spatial accuracy and the temporal coherency is based on the mean and the standard deviation of the 2D-shape estimation errors.
机译:对于视频序列中移动物体的2D形状估计结果的客观评估仍然是一个未解决的问题。文献中的第一种方法是评估估计的2D对象形状的空间精度和时间相干性。因此,不能将位于物体轮廓周围的几个估计误差与几个但较大的估计误差区分开。尽管2D形状在视觉上会有很大差异,但这两种情况都会导致相似的评估结果。为了克服这个问题,本文提出了一种新的评估方法。其中,空间精度和时间相干性的评估基于2D形状估计误差的均值和标准偏差。

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