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Over the next year, recipients will work on items such as a nerve-sensitive handheld bracelet. This device detects micro-movements of the hands and arms and translates them into actions like a mouse click. Another project aims to develop a portable cap that reads a person's EEG data and communicates it to the cloud to provide warnings and seizure alerts. Other tools will be based on voice recognition, chatbots and AI-based applications for the visually impaired.
This year's recipients are the University of California at Berkeley; Massachusetts Eye and Ear, a university hospital at Harvard Medical School; Voiceitt in Israel; Birmingham City University in the United Kingdom; University of Sydney, Australia; Pison Technology Boston; and Our Capacity, from Glenmont, New York. "What stands out the most from this series of recipients is the way many of them use standard AI features, such as a chatbot or data collection, and truly revolutionize the value of the technology, "said Mary Bellard, accessibility architect for Microsoft, in a blog. .
Internally, Microsoft is doing its own work to make the world more accessible to people with disabilities. Earlier this month, we saw patents for an Xbox controller with Braille entries. The company has focused on accessibility in its advertising for the Super Bowl and is committed to improving virtual reality for people with vision problems.
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