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Assessing Individual Dietary Intake in Food Sharing Scenarios with Food and Human Pose Detection

机译:评估食品分享情景中的个体膳食摄入量与食物和人类姿势检测

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Food sharing and communal eating are very common in some countries. To assess individual dietary intake in food sharing scenarios, this work proposes a vision-based approach to first capturing the food sharing scenario with a 360-degree camera, and then using a neural network to infer different eating states of each individual based on their body pose and relative positions to the dishes. The number of bites each individual has taken of each dish is then deduced by analyzing the inferred eating states. A new dataset with 14 panoramic food sharing videos was constructed to validate our approach. The results show that our approach is able to reliably predict different eating states as well as individual's bite count with respect to each dish in food sharing scenarios.
机译:在一些国家,食品分享和公共饮食非常普遍。 为了评估食品共享情景中的个体膳食摄入量,这项工作提出了一种基于视觉的方法,首先将食物共享情景与360度相机一起捕获,然后使用神经网络以基于身体推断每个单独的各个饮食状态 姿势和相对位置到菜肴。 然后通过分析推断的饮食状态推导出每个单独的每种菜肴的咬伤数量。 构建了一个带有14个全景食品共享视频的新数据集以验证我们的方法。 结果表明,我们的方法能够可靠地预测不同的进食状态以及对食品共享情景中的每种菜肴的个人咬合计数。

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