Diet & Exercise Classification using Machine Learning to Predict Obese Patient’s Weight Loss

Kawser Ahmed Pinto, N. L. Abdullah, Pantea Keikhosrokiani
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引用次数: 3

Abstract

Obesity-related diseases such as coronary heart disease, stroke, respiratory disorders, etc. has steadily risen in the world over the last decades. Various studies related to obesity have been done; however, there is still a need to predict the possibility of losing obese patient’s weight based on history of his/her diet and exercise data. Therefore, this study use an obese patient as the case study. Diet and exercise data was collected using Smartwatch. This study classifies the obese patient’s level of possibility to lose weight to high (Good health), medium (Normal) and low (Poor health) from the patient's diet and exercise data. Machine learning techniques such as k-nearest neighbour and decision tree are used in this study to classify the diet and exercise data and find out the level of possibility to reduce weight. Analysis of this study shows that the decision tree provides the best accuracy for diet and exercise data where it is recorded 71.54% and 63.63% respectively. On the other hand, k-nearest neighbour shows the accuracy of 65.85% for diet and 69.32% for exercise data. The prediction results of this study can be used by the doctors and physicians to provide better advice and prescription for the obese patients.
使用机器学习的饮食和运动分类来预测肥胖患者的体重减轻
在过去的几十年里,与肥胖有关的疾病,如冠心病、中风、呼吸系统疾病等,在世界范围内稳步上升。与肥胖有关的各种研究已经完成;然而,仍然需要根据肥胖患者的饮食史和运动数据来预测减肥的可能性。因此,本研究选择一名肥胖患者作为个案研究。使用Smartwatch收集饮食和运动数据。本研究根据患者的饮食和运动数据,将肥胖患者的减肥可能性分为高(健康状况良好)、中(正常)和低(健康状况不佳)。本研究使用了k近邻和决策树等机器学习技术对饮食和运动数据进行分类,并找出减肥的可能性水平。本研究的分析表明,决策树为饮食和运动数据提供了最好的准确性,分别为71.54%和63.63%。另一方面,k近邻对饮食数据的准确率为65.85%,对运动数据的准确率为69.32%。本研究的预测结果可供医生和内科医生为肥胖患者提供更好的建议和处方。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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