Intel Revamps Stephen Hawking's System After 20 Years
Meghan Young — December 3, 2014 — Lifestyle
References: intel & fastcoexist
It's been 20 years since Stephen Hawking has changed his communication interface, which might seem shocking to many considering the leaps and bounds technology has made recently. Yet it was only three years ago that he approached Intel to create a better system when his typing speed dropped to one word per minute. But Stephen Hawking wasn't just concerned with speed, he also wanted to be more independent when using it.
The result is ACAT (Assistive Context Aware Toolkit). To create the new system, Intel researchers studied Stephen Hawking's day to day life in order to create a control system that is much more predictive than his previous one. Incredibly personalized as well, Stephen Hawking's ACAT system can easily benefit others suffering from similar motor neuron diseases.
The result is ACAT (Assistive Context Aware Toolkit). To create the new system, Intel researchers studied Stephen Hawking's day to day life in order to create a control system that is much more predictive than his previous one. Incredibly personalized as well, Stephen Hawking's ACAT system can easily benefit others suffering from similar motor neuron diseases.
Trend Themes
1. Communication-enhancing Systems - Development of communication interfaces that are more predictive and personalized for individuals with motor neuron diseases like Stephen Hawking.
2. Assistive Technology - Increasing demand for advanced assistive technology tailored to individual users' needs, especially for people with physical disabilities.
3. Healthcare Technology - Innovative use of technology in the healthcare sector to improve the daily lives and independence of individuals with disabilities.
Industry Implications
1. Medical Devices - Opportunities for medical device manufacturers to develop communication-enhancing systems for individuals with disabilities.
2. Tech Hardware - Growing demand for specialized hardware that improves independent use of computers by people with disabilities.
3. Biotechnology - Exploring the use of biotechnology in developing assistive technology, such as brain-computer interfaces, for individuals with disabilities.
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