Exercise Evaluation Based on Neural Networks
V.K.G. Kalaiselvi, Vijayalakshmi Jagadeesan, K. Raja, Venkatesan Annamalai, P. Lavanya · 2025
Automated exercise recognition and evaluation are changing the face of fitness monitoring and rehabilitation by providing accurate, real-time insights into human movement. The system leverages Convolution Neural Network(CNNs) to classify exercises such as push-ups, squats, and lunges, while delivering immediate feedback on posture and motion patterns to enhance performance and reduce injury risk. The approach is non-intrusive and scalable, overcoming the limitations of traditional methods that rely on wearable sensors or manual annotation. Training on a diverse dataset ensures adaptability across varying user profiles, body types, and environmental conditions, while evaluation metrics such as confusion matrices validate its high accuracy and minimal errors. By addressing issues of scalability, inclusivity, and secure data handling, the solution establishes a strong foundation for applications in personal training, physiotherapy, and virtual coaching, thus becoming a new standard in AI-driven exercise evaluation technologies.