The University of Technology Sydney's GrapheneX-UTS Artificial Intelligence Center has made a major breakthrough and developed a system that can convert brain waves into text without the need for invasive surgery, bringing new communication hope to patients with stroke or paralysis. This technology uses an AI model called DeWave to easily record brain electrical activity by wearing a hat and achieve convenient text conversion. This research result not only performs well in keyword matching and sentence structure, but also heralds the innovation of future human-computer interaction methods.
The GrapheneX-UTS Center for Humanistic Artificial Intelligence at the University of Technology Sydney has successfully developed a non-invasive system that can convert brain waves into text, providing a new way of communication for stroke or paralysis patients. Using an AI model called DeWave, the technology does not require surgery and can be easily applied by wearing a hat to record brain electrical activity. The research team was pleased with the performance in terms of keyword matching and sentence structure, despite certain challenges. This technology is expected to promote seamless communication between humans and machines in the future and create new ways of communication.This exciting technology brings hope to patients with limited mobility to regain their ability to communicate, and also points the way for the future progress of human-computer interaction technology. I believe that more similar innovative technologies will come out in the future to benefit people. More people.