BRN Discussion Ongoing
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Fullmoonfever
Top 20
First found it around April 2022 and wasn't announced per se so don't know when Ex3 started their "research" on the set up.
Since found out that Huawei run their own DaVinci AI though some grey areas in some of this still I believe. Potentially shows Akida in a server environment as KunPeng is in the Taishan servers and Atlas comes into play somewhere from memory as well.
Was discussed below.
Thread 'HUAWEI TAISHAN 200 SERVER / KUNPENG 920 PROCESSOR USING AKIDA' https://thestockexchange.com.au/thr...rver-kunpeng-920-processor-using-akida.29899/
VictorG
Member
Sorry Diogenes I couldnt find a date but I guess it was after BRN joined ARM because Kunpeng uses ARM architecture.
It all comes back to me now -
Facilitating research on bleeding-edge HPC technologies
The eX3 infrastructure is continuously under build-up and reconfiguration in order to keep up-to-date with the technology development. The following hardware resources, acquired in the first phase procurement, are currently available. For further details, please consult the eX3 wiki.The KunPeng is part of the ex3 project in Norway, and ex3 have added 4 Akidas to the KunPeng to do the NN work.
Akida is processor agnostic even though KunPeng has an exotic operating system.
So we are not trading with the enemy, and will not incur the displeasure of the US trade regulators.
This confirms Akida's ability to work with exascale computers and, it follows, with cloud servers.
https://www.msn.com/en-au/lifestyle...sedgntp&cvid=0a5e1908b3904695b62d089a354caaf1
Comments
Nvidia has plans to optimize its GeForce graphics drivers using artificial intelligence to ensure that games run faster, going by the latest from the GPU grapevine.
This comes from CapFrameX on Twitter (via VideoCardz), a known source of leaks and developer of a utility that deals in frame times capture and analysis.
The AI-powered optimizations to boost performance would vary in their effects from game to game, naturally, with the leaker asserting that the average improvement would be in the ballpark of 10%. However, some titles might see benefits of up to 30% in terms of faster frame rates.
Obviously, we need to be skeptical around this claim, and indeed CapFrameX notes that we should apply a grain of salt here (we’d go for a substantially greater quantity of grains than that, mind).
... and, of course, Akida can work with GPUs, but Nvidia does have its own NN patents.
Watch out AMD – Nvidia could boost GPU performance by up to 30% with AI
Story by Darren Allan • Yesterday 11:15 pmComments
Nvidia has plans to optimize its GeForce graphics drivers using artificial intelligence to ensure that games run faster, going by the latest from the GPU grapevine.
This comes from CapFrameX on Twitter (via VideoCardz), a known source of leaks and developer of a utility that deals in frame times capture and analysis.
The AI-powered optimizations to boost performance would vary in their effects from game to game, naturally, with the leaker asserting that the average improvement would be in the ballpark of 10%. However, some titles might see benefits of up to 30% in terms of faster frame rates.
Obviously, we need to be skeptical around this claim, and indeed CapFrameX notes that we should apply a grain of salt here (we’d go for a substantially greater quantity of grains than that, mind).
... and, of course, Akida can work with GPUs, but Nvidia does have its own NN patents.
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cassip
Regular
Does anybody know more about Sapeon? It was mentioned in @Fullmoonfevers post #11145 in connection with SK Hynix. Career website not available in English (?)
It states:
„AI everywhere
SAPEON everywhere“
www.sapeon.com
It states:
„AI everywhere
SAPEON everywhere“
SAPEON | AI 반도체 혁신기업 사피온
SAPEON designs Hyper-cloud AI processors complete with full-stack AI solutions, offering world-class performance and enhanced power efficiency.
www.sapeon.com
Rise from the ashes
Regular
Does anybody know more about Sapeon? It was mentioned in @Fullmoonfevers post #11145 in connection with SK Hynix. Career website not available in English (?)
It states:
„AI everywhere
SAPEON everywhere“
SAPEON | AI 반도체 혁신기업 사피온
SAPEON designs Hyper-cloud AI processors complete with full-stack AI solutions, offering world-class performance and enhanced power efficiency.
cassip
Regular
Rise from the ashes
Regular
No worries cassip,T
Thank you Rise
Any particular job listings you'd like me to translate or you got it sorted?
Rise from the ashes
Regular
https://www.dodsbir.net/selections/abs2013-1/afabs131.htm Is it something to do with this?Nothing else to translate atm. I will get back to this on occasion
Cheers
Sorry misread sapien for sapeon.
Still interesting anyway, type neuromorphic in the find in page option.
Unrelated to above but just throwing it here.
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stuart888
Regular
Well said @Diogenese, always informative and insightful. Winner!
For those that want to watch a detailed video on AI/ML being used for Medical Life Sciences, this is a winner.
Daphne Koller (CEO of Insitro and Coursera) goes over the process, from how they outlined biological use cases and use AI/ML to massively expedite the process and backs it up with facts and details.
It will let you know AI/ML is blasting off in all forms of biological health discoveries. This is not about the FDA approval or Brainchip or Akida focused, much more on using AI/ML to figure out chemistry/biology.
However, Brainchip SNN Akida has tons of use cases all over IoMT "Internet of Medical Things" that need always-on:low-power smarts.
"The Internet of Medical Things (IoMT) is the collection of medical devices and applications that connect to healthcare IT systems through online computer networks. Medical devices equipped with Wi-Fi allow the machine-to-machine communication that is the basis of IoMT."
Scale AI has a lot of great AI-thought-leaders on their youtube channel ongoing. These are not for those in a hurry!
"Modern medicine has provided effective tools to treat some of humanity’s most significant and burdensome diseases. At the same time, it is becoming consistently more challenging and more expensive to develop new therapeutics. The drug development process involves multiple steps, each of which requires a complex and protracted experiment that often fails. Insitro CEO and Founder Daphne Koller believe that, for many of these phases, machine learning models can help predict the outcome of the experiments and that those models, while inevitably imperfect, can outperform predictions based on traditional heuristics."
Townyj
Ermahgerd
This will be an interesting watch.
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Join Jensen Huang and Michael Dell for a fireside chat at the Dell Technologies PowerEdge .Next event as they discuss #AI breakthroughs that will help…
Archived Event - PowerEdge .Next
equanimous
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thelittleshort
Top Bloke
The Intellisense Systems Inc Data Acquisition page cover all three of RF Signalling, Infrared and Lidar - see screenshots below
@uiux put in a lot of effort on the BrainChip + Intellisense Systems, Inc page here
It may be lumpy guidance.Is it lump or bump this time
listen to the portion starting from 1:28:45 sec and tell me what you hear Todd is saying about Apple and Qualcomm…help me interpret his message…are they integrating our Akida engine?
alwaysgreen
Top 20
I took that as Qualcomm and Apple are trying to reduce chips from 28nm to lower nm but if Akida is integrated into 28nm, there are greater performance increases than going to a lower nm without akida.
So this article has made me think again about the potential behemoth that BRN could become. Let's say that the only use case for AKIDA was agricultural applications - weeding, fertilising, recognising sick animals etc. If adopted worldwide (and why wouldn't it be if it's the best and cheapest option out there) then this one industry alone could turn BRN into a multi billion dollar company.
Knowing what we do about possible penetration into multiple and diverse industries, plus our up to 3 year lead on competing technologies, how big can BRN actually get and what does the SP look like when this is a mature company, say 5 to 10 years from now?
Fact Finder
Top 20
This is an interesting article from 2012. It seems clear that all of the issues raised in the last paragraph and spoken of by @Diogenese did not allow analogue to reign and as we know a new SCNN technology has been embraced and is providing NASA with long needed solutions:
“NASA technologists test ‘game-changing’ data-processing technology
Back to the future?November 29, 2012
Card containing the analog-based data-processing integrated circuit. The card snaps into the digital test board and will be used to test a number of spaceflight processing applications. (Credit: NASA/Goddard/Pat Izzo)
NASA technologist Jonathan Pellish believes the analog computing technology of yesteryear could potentially revolutionize everything from autonomous rendezvous and docking to remotely correcting wavefront errors on large, deployable space telescope mirrors like those to fly on the James Webb Space Telescope.
Pellish is meeting with scientists and engineers to explain the technology’s capabilities and is building printed circuit boards that researchers can use to test the technology’s performance for a range of scientific applications.
Pellis works at NASA’s Goddard Space Flight Center in Greenbelt, Md. He also has carried out preliminary radiation-effects studies to see how the analog technology’s architecture holds up under the extreme environment encountered in space.
Analog-Based Microchip
The new technology is an analog-based microchip developed with significant support from the Defense Advanced Research Projects Agency (DARPA).
Instead of relying on tiny switches or transistors that turn on and off, producing streams of ones and zeroes that computing systems then translate into something meaningful to users, the company’s new microchip is more like a dimmer switch. It can accept inputs and calculate outputs that are between zero and one, directly representing probabilities, or levels of certainty.
“The technology is fundamentally different from standard digital-signal processing, recognizing values between zero and one to accomplish what would otherwise be cost prohibitive or impossible with traditional digital circuits,” Pellish said.
While digital systems use processors that step through calculations one at a time, in a serial fashion, the new processor uses electronic signals to represent probabilities rather than binary ones and zeros. It then effectively runs the calculations in parallel. Where it might take 500 transistors for a digital computer to calculate a probability, the new technology would take just a few. In other words, the microchip can perform a calculation more efficiently, with fewer circuits and less power than a digital processor — attributes important for space- and power-constrained spacecraft instruments, Pellish said.
Fast Fourier Transform
Because of its efficiency and inherent design, however, it’s especially ideal for computing fast Fourier transforms (FFTs), and more particularly the discrete Fourier transform, a ubiquitously used mathematical algorithm in digital-signal processing. Among other things, Fourier transforms decompose signals into their constituent frequencies and are used to generate and filter cell-phone and Wi-Fi transmissions as well as compress audio, image and video files so that they take up less bandwidth.
Among other products, Analog Devices Lyric Labs has developed an analog-based integrated circuit geared specifically for computing Fourier transforms. The team will use the technology, which the company donated, to assemble several custom circuit boards.
One of the first applications the group plans to target with a version of the FFT integrated circuit is wavefront sensing and control, the computational technique for aligning multiple mirror segments, like those that are flying on the Webb telescope, so that they operate as a single mirror system.
In addition, Jeffrey Klenzing, who works with Goddard’s Space Weather Laboratory, wants to evaluate the technology’s use for on-board data processing, particularly for studies of the sun. “For a typical sounding rocket application, we send all data down and perform fast Fourier transforms on the ground. However, for satellite missions, this is not feasible given limited telemetry,” Klenzing said. “A chip for performing rapid, reliable FFTs would be very useful for such heliophysics missions particularly with the push toward smaller, low-power satellites such as CubeSats and nanosats.”
Pellish also believes autonomous rendezvous and docking and other applications requiring precise locational information would benefit from the analog-based technology. “We’re trying to create a new market at NASA for analog processing. I believe it will give us a competitive edge. If we can push this, it could revolutionize how we do onboard data processing.”
It will be interesting to see how far analog-based technology can go in terms of computational density. “Dense analog circuits … are sensitive to fabrication process variations, ambient temperatures and noisy environments, making it difficult to configure circuits that operate reliably under a wide range of external parameters,” as Dharmendra S Modha et al. point out in a paper on developing a neurosynaptic core for a scalable neuromorphic architecture capable of emulating spiking neural networks.”
My opinion only DYOR
FF
AKIDA BALLISTA
SiDEvans
Regular
Not sure he is saying that directly but certainly a very tasty choice of companies to name. I REALLY hope that is what he is saying
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