Frangipani
Regular
Last February, @butcherano posted:
“So this put me onto looking at implantable medical devices that rely on low power and long battery life and require good pattern identification skills, which led me to pacemakers. I think @Fact Finder has mentioned this before but I don’t recall seeing any articles or research posted (…)
So what are people’s thoughts on seeing Akida inside something like a pacemaker some time soon? Any chance of joining some dots here?...”
@Learning replied to this post at the time and mentioned he knew someone with a pacemaker implanted in his chest to control early Parkinson’s.
Both of them along with the rest of us will be pleased to learn about the following hot off the press article, which boiled down to its essence (you are welcome, @Rocket577 ) says:
“Researchers at Michigan Technological University are applying neuromorphic computing to improve the effectiveness and energy efficiency of deep brain stimulation systems used to treat Parkinson’s disease.”
The only fly in the ointment being that those MTU researchers have so far been experimenting with Loihi. They are, however, more than aware of Intel’s competitors as evidenced by the following quote: “We’ve discovered that neuromorphic chips, including Intel Loihi, outperform other computational platforms in terms of energy-efficiency by 109 times,” An said. (…) An and Yu plan to collaboratively design their own memristive neuromorphic chip specifically for closed-loop DBS systems. “Our research on these new, innovative computational paradigms — along with the design of emergent AI chips — will open a new door to greater and faster development of smart medical devices for brain rehabilitation,” said An. “Even wearable medical devices are now well within the realm of possibility.” “
Surely there must be other labs around the world doing similar research.
Beneficial AI at its best.
“So this put me onto looking at implantable medical devices that rely on low power and long battery life and require good pattern identification skills, which led me to pacemakers. I think @Fact Finder has mentioned this before but I don’t recall seeing any articles or research posted (…)
So what are people’s thoughts on seeing Akida inside something like a pacemaker some time soon? Any chance of joining some dots here?...”
@Learning replied to this post at the time and mentioned he knew someone with a pacemaker implanted in his chest to control early Parkinson’s.
Both of them along with the rest of us will be pleased to learn about the following hot off the press article, which boiled down to its essence (you are welcome, @Rocket577 ) says:
“Researchers at Michigan Technological University are applying neuromorphic computing to improve the effectiveness and energy efficiency of deep brain stimulation systems used to treat Parkinson’s disease.”
Michigan Tech Researchers Develop ‘Smart’ Deep Brain Stimulation Systems for Parkinson’s Patients
Researchers at Michigan Technological University are applying neuromorphic computing to improve the effectiveness and energy efficiency of deep brain stimulation systems used to treat Parkinson’s disease.
www.mtu.edu
The only fly in the ointment being that those MTU researchers have so far been experimenting with Loihi. They are, however, more than aware of Intel’s competitors as evidenced by the following quote: “We’ve discovered that neuromorphic chips, including Intel Loihi, outperform other computational platforms in terms of energy-efficiency by 109 times,” An said. (…) An and Yu plan to collaboratively design their own memristive neuromorphic chip specifically for closed-loop DBS systems. “Our research on these new, innovative computational paradigms — along with the design of emergent AI chips — will open a new door to greater and faster development of smart medical devices for brain rehabilitation,” said An. “Even wearable medical devices are now well within the realm of possibility.” “
Surely there must be other labs around the world doing similar research.
Beneficial AI at its best.
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