A Robust Approach Using Fuzzy Logic for the Calories Evaluation of Fruits

S. Veni, A. Krishna Sameera, V. Samuktha, R. Anand
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引用次数: 3

Abstract

The necessity for monitoring food calorie intake is becoming imperative, in order to prevent obesity and adopt healthy food habits. This work aims in aiding dieticians, physicians, and patients to measure their daily calorie intake by manually capturing multiple fruit images and by feeding them to the calorie measurement system which utilizes Adaptive Neuro- Fuzzy Inference System (ANFIS). This classifier is used for identification and classification of fruit type. The mass of acquired fruits is estimated using image processing techniques to calculate the relative calories present, according to the food portion nutrition tables. Our system displays the type of each of the fruits present in the multiple fruit dataset, as well as their corresponding calories present in it and the total calories of fruits in the multiple fruit image. The results obtained are shown to have better calorie estimation of fruits by utilizing ANFIS classifier and color histogram feature extraction techniques.
模糊逻辑在水果热量评价中的鲁棒性研究
为了预防肥胖和养成健康的饮食习惯,监测食物卡路里摄入量的必要性变得越来越迫切。这项工作旨在帮助营养师、医生和患者通过手动捕获多个水果图像并将其输入使用自适应神经模糊推理系统(ANFIS)的卡路里测量系统来测量他们每天的卡路里摄入量。该分类器用于水果种类的鉴别和分类。根据食物分量营养表,使用图像处理技术来计算目前的相对卡路里,估计获得的水果的质量。我们的系统显示了多水果数据集中出现的每一种水果的类型,以及它们对应的卡路里,以及多水果图像中水果的总卡路里。结果表明,利用ANFIS分类器和颜色直方图特征提取技术可以更好地估计水果的卡路里。
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