Advanced Finger Motion Decoding with High-Density Surface Electromyography

This research explores a novel method for decoding finger movements using high-density surface electromyography, potentially leading to improved control of prosthetic devices and human-computer interfaces. The focus on spatial features offers a promising avenue for more precise and natural control compared to existing methods.

• •The study focuses on decoding simultaneous and proportional finger motions.
• •The method utilizes spatial features extracted from high-density surface electromyography.
• •Potential applications include improved control for prosthetics and human-computer interaction.