Virtual reality applications IMU wireless sensors in the lower limbs rehabilitation training

Keyphrases

• Wireless Sensor 100%
• Self-motion 100%
• Lower Limb Rehabilitation Training 100%
• Interactive Feedback 100%
• Caregivers 100%
• Virtual Reality Applications 100%
• Knee Joint 50%
• Rehabilitation Training 50%
• Motion Analysis 50%
• Performance Assessment 50%
• Therapist 50%
• Rehabilitation Exercise 50%
• Wireless Sensor Technology 50%
• Movement Quality 50%
• Health Systems 50%
• Tissue Viscoelasticity 50%
• Lower Limb Fractures 50%
• Hip Joint 50%
• Rehabilitation Training System 50%
• Training Process 50%
• Ankle Joint 50%
• Patient Report 50%
• Limited Intervention 50%
• Motion Performance 50%
• Medical Evidence 50%
• Rehabilitation System 50%
• Interactive Rehabilitation 50%
• Healthcare Management 50%
• Postoperative Rehabilitation 50%
• Rehabilitation Status 50%
• Timing of Rehabilitation 50%
• Animation Techniques 50%
• Postoperative Pain 50%
• Clinical Interview 50%
• Objective Assessment 50%
• Exercise Activity 50%
• Patient Rehabilitation 50%
• Fracture Surgery 50%
• Medical Staff 50%

Nursing and Health Professions

• Limb Fracture 100%
• Self Care 100%
• Virtual Reality 100%
• Postoperative Pain 100%
• Self Report 100%
• Healthcare System 100%
• Medical Staff 100%

Medicine and Dentistry

• Lower Limb 100%
• Health Care 50%
• Limb Fracture 50%
• Exercise Rehabilitation 50%
• Self Report 50%
• Postoperative Pain 50%
• Ankle Joint 50%
• Hip Joint 50%
• Knee Joint 50%