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Automatic Food Leftover Estimation in Tray Box Using Image Segmentation

机译:使用图像分割的纸盒中食物剩余量自动估计

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Nutritional food is the most important aspect for people to fulfil their daily needs, but nowadays, the change of lifestyle can affect the style of food consumption, for instance leaving food when they take a meal. Besides, food leftover causes loss of consumed nutrients. We took an observation in a canteen in Faculty of Agricultural Technology in University of Brawijaya produces lost of food about 1,142.5 gram per day. To prevent the amount of food waste, this paper proposes an early stage framework to create an automatic leftover estimation method using image segmentation based on color channel. So that, we can optimize of the amount of food served and avoid loss food nutritions hereinafter. We experimented in two types of background of tray box: black and gray, then an automatic cropping process based on each sub area of tray box is implemented. Each part of them contains an item of food, so we detect the area using color channel segmentation and implements B component in LAB color space. After getting the main area of food, then two areas between segmented food image are compared before and after being consumed. The calculation of the predicted leftover portion is calculated based on original weight of food item. The result shows that tray box with black background with constant (cd) is the best to project leftover, in which reaches 2.37 of Root Mean Square Error (RMSE). It proves that the propose method is sufficient to handle the leftover prediction of food.
机译:营养食品是人们满足其日常需求的最重要方面,但是如今,生活方式的改变会影响食物的消费方式,例如进餐时就离开食物。此外,剩余的食物会导致消耗的营养物质流失。我们在Brawijaya大学农业技术学院的一个食堂里进行了观察,每天产生的食物损失约为1,142.5克。为了防止浪费的食物,本文提出了一个早期的框架,以创建一种基于颜色通道的图像分割自动剩余估计方法。这样,我们就可以优化所提供的食物量,并避免下文中的食物营养损失。我们在托盘盒的两种背景下进行了实验:黑色和灰色,然后基于托盘盒的每个子区域实现了自动裁剪过程。它们的每个部分都包含食物,因此我们使用颜色通道分割来检测区域,并在LAB颜色空间中实现B分量。在获得食物的主要区域之后,然后在食用之前和之后比较分割的食物图像之间的两个区域。预测剩余部分的计算是根据食品的原始重量计算的。结果表明,具有黑色背景且常数(cd)的托盘盒最适合投影剩余物,其均方根误差(RMSE)达到2.37。证明了所提出的方法足以处理剩余食物的预测。

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