Professor Hsin-Yi Cheng's team at Chang Gung University has developed a smart ball motion assessment system tailored for the elderly and individuals with physical or mental disabilities. This innovative tool not only accurately evaluates users' physical performance but also provides customized training recommendations to enhance their physical activity and improve quality of life.

Challenges in Exercise Assessment for the Elderly and Disabled
Due to physiological decline or congenital limitations, the elderly and individuals with disabilities often face challenges in physical fitness performance. However, existing assessment tools are generally designed for the general population, making it difficult to address the unique needs of these two groups. Traditional evaluation methods are not only time-consuming and labor-intensive but also lack objective, quantifiable data to provide reliable results.

Smart Ball Motion Assessment System: Breaking Traditional Barriers
At the heart of this system is a smart ball equipped with multiple sensors capable of precisely capturing data related to users' movements, such as speed, strength, and coordination. Through cloud-based analysis, the system generates detailed assessment reports and offers personalized training recommendations.

Key features of the system include:

• Customized Assessments: The system designs personalized evaluation tasks and training plans based on users' physical conditions and needs.
• Accurate Data: High-precision sensors capture subtle variations in users' movements, providing objective and reliable evaluation data.
• User-Friendly Operation: The interface is intuitive and easy to use, ensuring accessibility for all users.
• Cloud-Based Platform: Users can access assessment results and monitor training progress anytime and anywhere via a cloud platform.
• Validated Performance: The system has undergone extensive experimental testing, confirming its accuracy and reliability.
• Durable Design: The smart ball has passed rigorous testing, including impact and elasticity trials, ensuring durability and stability in various usage environments and under prolonged use.

Future Prospects and Industry Impacts
Professor Cheng envisions this system being widely adopted in elderly care facilities, special education schools, and rehabilitation centers, offering more precise and effective rehabilitation training for the elderly and disabled. Furthermore, the successful development of this system provides a fresh perspective for smart medical device research, with the potential to drive advancements across the industry.

Resource: 內建多種感測器 智能球提供客製化訓練建議