BRN Discussion Ongoing
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cosors
👀
BrainChip Selects IPro Silicon IP to Serve Israel's high growth AI market
Laguna Hills, Calif. – June 26, 2023 – BrainChip Holdings Ltd (ASX: BRN, OTCQX: BRCHF, ADR: BCHPY), the world’s first commercial producer of ultra-low power, fully digital, event-based, neuromorphic AI IP, has selected IPro Silicon IP Ltd. to expand its sales presence in Israel...."
https://www.design-reuse.com/news/54294/brainchip-ipro-silicon-ip-israel-ai-market.html
TheFunkMachine
seeds have the potential to become trees.
I don’t want to claim anything, but I sent Tony an email months ago telling him about this tiny ML Hackathon challenge. I thought it sounded too close to home for Brainchip not to present anything. He said he would pass it on.
wilzy123
Founding Member
So, apart from your comment being the equivalent of the nigeran prince email I just sent to spam, why should everyone currently invested in BRN all be waiting with baited breath for the new Nintendo Switch?
cosors
👀
"This new robot is taking its first intuitive steps
6-Oct-2023Pitt researchers receive more than $1.6 million from the NSF to develop miniature robots that can navigate complex terrains using neuroscience concepts
Here is actually a video of a robot learning to walk. But I can't embed it here. So follow the link below.
Newswise — When walking on the sidewalk, a person is able to avoid puddles, other walkers, and cracks in the pavement. It may seem intuitive – and that's because it is.
There’s actually a biological component that allows humans and other mammals to navigate our complex environments. Central Pattern Generators (CPG) are neural networks that produce rhythmic patterns of control signals for limbs using simple environmental cues. When we quickly step away to avoid something blocking our path, that’s our CPGs doing their job.
Rajkumar Kubendran, principal investigator and assistant professor of electrical and computer engineering of the University of Pittsburgh, received a $1,606,454 award from the National Science Foundation to lead a two-year project to engineer these neural networks in robots. Feng Xiong, associate professor of electrical and computer engineering at Pitt, and M.P. Anantram, professor of photonics and nano devices at the University of Washington, will serve as co-principal investigators.
“While these networks are natural for us, there is currently no efficient way to replicate them using electronic devices and computers,” Kubendran explained. “Agile robots that can explore unknown and treacherous terrains have the potential to enable autonomous navigation for commercial transport, enhance disaster response during floods and earthquakes or to remote and unsafe areas like malfunctioning nuclear plants or space exploration.”
A Robot on the Move
Building bio-inspired robots isn’t something new, but modeling, designing and implementing neuromorphic networks with synapses and neurons inside miniature robots is a novel step forward – or, in the robot’s case, also backwards, left and right.
Neuromorphic engineering – computing inspired by the human brain – will be key to achieving efficient, adaptive sensorimotor control in these robots.
“We aim to demonstrate a fully functional quadropod or hexapod robot that can learn to move, using principles informed by neuroscience, leading to biomimetic sensorimotor control for energy-efficient locomotion, using learning algorithms running on bio-realistic neural networks, built by using semiconductor technology that expands beyond its normal limits,” Kubendran said.
These robots will be able to avoid a puddle just as intuitively as humans by constantly learning about movement. The group will take inspiration from neural circuitry found in biology that supports agile movement control. The team plans to incorporate non-linear temporal dynamics in mixed-feedback systems to build bio-inspired neural networks and implement them on scalable energy-efficient hardware.
To meet the challenging demands of neuromorphic engineering, the team is also developing the NeuRoBots* educational consortium. The consortium will train a new generation of engineers and researchers through evidence-based best practices to prepare them for the rapidly evolving needs of the industry.
“The breadth of skill sets that are required to effectively train a new cadre of workforce in neuromorphic computing for robotics makes curriculum design and integration with existing frameworks challenging,” Kudendran said. “We need help to prepare our engineers for this changing technical environment.”
The project, “Bio-inspired sensorimotor control for robotic locomotion with neuromorphic architectures using beyond-CMOS materials and devices,” is set to begin in 2024 and is part of a larger, $45 million initiative by the NSF to invest in the future of semiconductors."
https://www.newswise.com/articles/this-new-robot-is-taking-its-first-intuitive-steps
*There is no mention of this here on TSE yet.
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Frangipani
Regular
You can watch the demo here, by the way:
No Overheating with AI-Enabled Sensors on the Edge
Bad things can happen when you wrap up an air-conditioning condenser.
Sam
Nothing changes if nothing changes
Speak for yourself willy
Sam
Nothing changes if nothing changes
Attachments
LINK TO ARTICLE -
No Overheating with AI-Enabled Sensors on the Edge
Bad things can happen when you wrap up an air-conditioning condenser.www.electronicdesign.com
View attachment 46739
Nice Lovelanp.
Looks like an easy task for Akida1000. Hopefully part of upcoming lumpy revenue soon.
wilzy123
Founding Member
Maybe take your low value bar talk to the BRN bar chat https://thestockexchange.com.au/thr...ndly-banter-anything-goes-all-welcome.170934/
It's basically a great outlet for enthusiasm like yours. I'd hate for that to go to waste, so thought i'd share. Also - what you contribute in this thread isn't exactly helpful or useful or relevant. You're basically just cluttering up this entire thread with BS and triggering the need for a new wave of muppets to be removed from this forum.
Appreciate your help with this.
Sam
Nothing changes if nothing changes
Makeme 2020
Regular
Good afternoon back in Australia (great country for mateship, sport, v-bonnets and bbq's)
Hawkey wouldn't mind me saying this.... "any shareholder who sells Brainchip stock is a bum"
Go Perth, Go Fremantle....lived it, watched the big yachts off the coast while working at the golf course just north of Scarborough Beach.
We have a brilliant company, staff with a passion, staff with an IQ way above average, Founders who never give up, work long hours and
most of all, have integrity and life long morals !!
We are leading this space, we will succeed, and the more you read about Neuromorphic Computing/Engineering you will notice the intensity
in everything Peter has stated for years....Latency, Power, Independence from the Cloud, Security and Privacy, No Bandwidth Issues, but the thing that the others don't have and with our Patent Electric Fences will never have, and that is, continuous "on-chip learning".
A company that has a chip that possesses all the human modalities (5) Hearing, Seeing, Smelling, Tasting and Feeling, all the senses
that make us smart intelligent beings....we were created, I'm not trying to come across all religious, but this was no accident.
My passion as many would know has never waned, and it's all based around two great men, Peter and Anil.
Learn to trust and you to will become true believers....AKD III the journey continues...
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