iGYM: Implementation of Image Recognition Using Silhouette Extraction and Artificial Neural Network as Gym Instructor

I. V. R. Domingo, Christian James Sunga, Miguell Comia
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Abstract

The researchers aimed at creating an App-Based Gym Workout Instructor using Image Recognition via Artificial Neural Network which can recognize the body type of a male person using images and show the workout for the body type. The input is a whole-body image of a male person and the output is the workout for the detected body type. Using MATLAB, the researchers created an Artificial Neural Network that is trained to recognize body types and C# platform to implement the ANN. The results of the study showed that the developed system was able to determine the body type of the user. In terms of the over-all accuracy of the developed igym instructor for all of the body type defined, it was fairly moderate with an average of 64.38%. The effectivity and accuracy of the iGYM does not only depend on the number of training data but also with the quality of the data set.
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基于轮廓提取和人工神经网络的体操教练图像识别实现
研究人员的目标是,利用人工神经网络(ai)的图像识别技术,开发出可以通过图像识别男性的体型,并根据体型进行锻炼的“健身教练app”。输入是男性的全身图像,输出是检测到的身体类型的锻炼。使用MATLAB,研究人员创建了一个人工神经网络,该网络经过训练可以识别身体类型,并使用c#平台来实现人工神经网络。研究结果表明,开发的系统能够确定用户的体型。在健身教练对所有体型定义的总体准确度方面,其平均值为64.38%,属于中等水平。iGYM的有效性和准确性不仅取决于训练数据的数量,还与数据集的质量有关。
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