Which Body Is Mine?

M. R. Sayed, T. Sim, Joo-Hwee Lim, K. Ma
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引用次数: 4

Abstract

In the light of the human studies that report a strong correlation between head circumference and body size, we propose a new research problem: head-body matching. Given an image of a person's head, we want to match it with his body (headless) image. We propose a dual-pathway framework which computes head and body discriminating features independently, and learns the correlation between such features. We introduce a comprehensive evaluation of our proposed framework for this problem using different features including anthropometric features and deep-CNN features, different experimental setting such as head-body scale variations, and different body parts. We demonstrate the usefulness of our framework with two novel applications: head/body recognition, and T-shirt sizing from a head image. Our evaluations for head/body recognition application on the challenging large scale PIPA dataset (contains high variations of pose, viewpoint, and occlusion) show up to 53% of performance improvement using deep-CNN features, over the global model features in which head and body features are not separated or correlated. For T-shirt sizing application, we use anthropometric features for head-body matching. We achieve promising experimental results on small and challenging datasets.
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哪个身体是我的?
鉴于人类研究报告头围和身体尺寸之间存在很强的相关性,我们提出了一个新的研究问题:头身匹配。给定一个人的头部图像,我们希望将其与他的身体(无头)图像相匹配。我们提出了一个双路径框架,该框架独立计算头部和身体的识别特征,并学习这些特征之间的相关性。我们使用不同的特征(包括人体测量特征和深度cnn特征)、不同的实验设置(如头身尺度变化)和不同的身体部位,对我们提出的框架进行了全面的评估。我们通过两个新的应用来证明我们的框架的实用性:头部/身体识别,以及从头部图像确定t恤尺寸。我们对具有挑战性的大规模PIPA数据集(包含姿势、视点和遮挡的高度变化)上的头/身体识别应用程序的评估显示,与头部和身体特征不分离或不相关的全局模型特征相比,使用深度cnn特征的性能提高了53%。对于t恤尺寸的应用,我们使用人体测量特征进行头身匹配。我们在小型和具有挑战性的数据集上取得了有希望的实验结果。
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