[The research progress of mobility performance in simulated prosthetic vision]

Area of Science:

• Rehabilitation Engineering
• Neuroscience
• Human-Computer Interaction

Context:

• Prosthetic vision aims to restore visual capabilities for individuals with blindness.
• Simulated environments allow controlled investigation of visual substitution systems.
• Mobility performance is a critical outcome measure for assistive technologies.

Purpose:

• To review and synthesize current research on factors affecting mobility performance in simulated prosthetic vision.
• To identify key elements influencing navigation and movement with artificial vision.
• To provide a foundation for future prosthetic vision system development.

Summary:

• This paper summarizes research progress on factors impacting mobility performance with simulated prosthetic vision.
• It covers sensory substitution, user training, environmental complexity, and task demands.
• Key findings highlight the importance of visual information processing and sensorimotor adaptation.

Impact:

• Informs the design and development of more effective prosthetic vision systems.
• Advances understanding of visual substitution and sensorimotor integration.
• Potential to improve independence and quality of life for visually impaired individuals.