Machine Learning-based Multi-Class Classification of Human Fitness Activities for Personalized Wellness Solutions
Year: 2024
Type: article
Abstract: The growth of sedentary lifestyles and lifestyle-related health conditions has highlighted the need for individualized wellness solutions to promote physical activity and health. Basic exercises like jumping jacks and squats to complex routines like pull-ups promote physical health and personalized wellness. General advice or manual tracking methods could not provide enough precision and customisation to meet individual fitness needs. Manual fitness diaries, basic workout regimens, and standardized fitness exams gave limited user performance and progress insights, sometimes resulting in unsatisfactory results. These labour-intensive, error-prone, and unadaptable methods made it hard to achieve goals or discover areas for improvement. This research uses new computational methods to improve fitness monitoring systems, inspired by the transformational potential of AI and ML in healthcare and fitness. Machine learning can create intelligent algorithms that classify human fitness activities using wearable technologies, sensor data, and massive datasets. Personal feedback, performance evaluation, and adaptable exercise plans are possible with this technique. Growing need for data-driven wellness solutions, ML algorithm breakthroughs, and scalable systems for different populations inspire us. Traditional systems struggle to interpret massive amounts of real-time data, recognize actions accurately, and scale personalized recommendations. Our suggested system classifies fitness activities using labeled sensor data and machine learning methods. This method provides accurate activity recognition and rich user performance insights. This comprehensive, automated, and scalable technology improves fitness routines, individualized wellbeing, and healthier lifestyles by solving existing approaches' shortcomings. This novel system could revolutionize fitness tracking and help achieve long-term wellness goals.
Authors: Vasantha, B., Sanjana, Pandiri, Nishitha Goud, Survi, Mounika, Thukkani
Institution: Malla Reddy Engineering College for Women
Language: English
Subfield: Computer Vision and Pattern Recognition
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6966845349
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