**Future Development of Plantar Pressure Distribution System in Intelligent Rehabilitation Medicine*

The Future Development of Plantar Pressure Distribution System in Intelligent Rehabilitation Medicine Will Present the Following Trends:

Multimodal Data Fusion
Combining 3D scanning, electromyographic signals, and pressure distribution data to construct a more comprehensive biomechanical evaluation model. Abnormal gait can be automatically identified through AI algorithms, assisting doctors in the rapid diagnosis of diseases such as flatfoot and diabetic foot.

Personalized Rehabilitation Intervention
Customized orthopedic solutions are generated based on dynamic pressure data, and rehabilitation effects are monitored in real time through wearable devices. For example, gait symmetry training for stroke patients and quantitative tracking of weight-bearing recovery after fracture surgery.

Preventive Health Management
For the elderly, the system can analyze gait stability and provide warnings for fall risk; for athlete groups, impact force distribution can be used to optimize sports performance.

Telemedicine Integration
The cloud data platform supports cross-institution collaboration. Pressure data collected by patients at home can be synchronized to hospitals, realizing remote monitoring of rehabilitation progress and adjustment of intervention plans.

Cross-Disciplinary Technology Synergy
Combined with flexible sensors and virtual reality technology, immersive rehabilitation training scenarios can be developed to improve patient compliance.