IRVINE TEEN AWARDED $10,000 FOR INNOVATING COMMUNICATION SOLUTIONS FOR ALZHEIMER’S PATIENTS
BioSpace
September 20, 2018

In Honor of his Grandma, Teen Develops Brain-Reading Tech
by Sarah Sloat
Inverse
October 6, 2018

2018 Davidson Fellow Grant Sheen, 17, a high school senior, coded his own neural network.

Originally Posted by BioSpace article
Taking care of his grandmother during her final stages of Alzheimer’s disease inspired Sheen to search for a solution to the communication issues she suffered from. Sheen developed a highly efficient wireless brainwave classification method for Alzheimer’s patients. His work can be used to bridge the communication barrier between Alzheimer’s patients and their caretakers, and gives caretakers the ability to understand the needs of Alzheimer’s patients. On a healthcare level, this has the potential to impact quality of life and cost of medical treatment. Sheen’s work can also be extended to other communication disorders, such as stroke, autism, and ALS.
Originally Posted by Inverse article
Previous to his work, thought recognition devices could accurately identify three thoughts with 80 percent accuracy, in a population of subjects without Alzheimer’s. His says his model can classify four thoughts at a 95 percent accuracy in normal subjects, and at 90 percent in a group with Alzheimer’s.
...
Sheen determined that his method for using EEG waves could predict with 90 percent accuracy whether a person wishes to eat, rest, read, or exercise... these are the thoughts he felt “would be the most helpful for caretakers.”



Other posts on issues experienced by aging adults in this thread: Aging