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Microsoft's Emma Watch Is a Game-Changer For People With Parkinson's (betanews.com)
An anonymous reader writes: Called "Emma," it is a wrist wearable that can help people suffering with Parkinson's disease. The device is named after the Parkinson's sufferer that helped Haiyan Zhang, Innovation Director at Microsoft Research, create the device. What exactly does it do? Well, the incurable disease causes body tremors in those inflicted, and as a result, Emma has very shaky hands. This disease makes it impossible for her to draw straight lines or write legibly. With the wearable on her wrist, however, normal writing and drawing is possible. Remarkably, how it works isn't 100 percent known. "While the wait for a cure continues, Zhang has created what she hopes could be a 'revolutionary' aid for reducing tremors. The Emma Watch uses vibrating motors -- similar to those found in mobile phones -- to distract the brain into focusing on something other than trying to control the patient's limbs. Put simply, Zhang believes Lawton's brain is at war with itself -- half is trying to move her hand, the other half is trying to stop it. The two signals battle and amplify each other, causing the tremors. The device stops that feedback loop," says Microsoft. You will want to watch this video.
It's base-lining. Laying in a sensory deprivation tanks causes hallucinations because there are no sensations to establish a mental baseline. This is the same thing but in a neuro-muscular sense.
love is just extroverted narcissism
Microsoft really needs to pivot away from operating systems and onto other things. Microsoft has always made excellent peripherals for example. I remember using the first Microsoft Natural keyboard, and it did wonders for my RSI at the time.
And then they do stuff like this.
Seems to me that if Microsoft spun off their Windows and Office divisions, they'd be a pretty good company.
It appears to be a case of dithering used to reduce quantization errors. If a system exhibits self-oscillation (Parkinsons tremors), adding random noise in the feedback loop can break that up.
This technique has been used in numerous systems, including one prototyped on the XB-70 and in use on the B-1B. Small nose mounted winglets oscillate to introduce a small amount of 'noise' in the fuselage that interferes with tendencies of the automated flight controls to induce oscillations.
Have gnu, will travel.
It has been, actually, though maybe the Microsoft folks didn't know.
I read years ago about insoles for the elderly experiencing balance problems - they would randomly stimulate the bottom of the foot and having them do so markedly improved balance.
Read about Emma Lawton's Parkinson Disease: http://www.telegraph.co.uk/wel...