Greeting
By using devices placed inside the body, various wearable devices, and body movement measurements, we can obtain a variety of physiological information, and obtain neural information that can estimate movement, perception, emotion, imagination, and thought.
This information can also be used to prosthetically improve motor functions, treat pain, and develop new communication and diagnostic techniques.
Furthermore, by controlling neural information, we can elucidate the mechanisms of the brain and develop new treatments.
In the Neuroinformatics Laboratory, we conduct research aimed at interpreting and controlling various physiological signals as neural information in a broad sense.
In particular, we aim to build neuroinformatics as an interdisciplinary field based on the following Mission, Vision, and Values.
How is brain information represented and processed in the brain? Can lost brain functions be prosthetically restored using AI or machines? We are trying to answer such questions by implementing devices and applying them to medicine.
Mission
To contribute to medical research and education by establishing neuroinformatics for the improvement, restoration, and replacement of motor functions, disease diagnosis, treatment, and health management.
Vision
To realize medical research and education using data science through decoding neural information, understanding control mechanisms, and clinical application.
Value
- Medicine based on mathematics, including artificial intelligence technology, statistical methods, and mechanical methods
- Research and education that combines multiple fields including informatics, engineering, neuroscience, cognitive science, and sports science