equanimous
Norse clairvoyant shapeshifter goddess
Love, Sex, Intelligence (song by Shaman)
BRN Discussion Ongoing
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Bennysmadness
Regular
LSI?? who are they?
D
Deleted member 118
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Mt09
Regular
Aha was this bloke taking the mick or what!
Bennysmadness
Regular
Nice can you share your lead
Boab
I wish I could paint like Vincent
Is that it? Pffft
Teach22
Regular
I appreciate your civil answer to my civil question.
I bought my first share in 1985, I think it was. Woodside Oil for 80c/share.
Over the past 40 odd years I’ve had both good and bad investments. BRN has made me more money than any other stock, obviously in part due to the fact I have had more money to invest these days than I did back then.
Anyway, I post very little on forums because I feared that if I didnt post positively, then I would be ridiculed. Regrettably, the few times I have posted on this site have done nothing to allay my fears.
Can I just say to you and anyone else who wants to listen, just because someone doesn’t post rocket ships etc, it doesn’t mean they don’t share your enthusiasm. People express themselves in different ways. Also, over the years I have been on many many ‘sure things’ that have turned out to be anything but.
Thanks for your time. I hope BRN enjoys the huge success we all believe it will.
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Deadpool
Did someone say KFC
Slymeat
Move on, nothing to see.
LiDAR may get more traction if privacy laws come in to play. A LiDAR map is inherently anonymous, unlike a video image.Prospects of LiDAR System Developers Soar as Automakers Begin Building the Software Defined Vehicles (SDVs) of the Future
LiDAR developers are devising different solutions and changing the dynamics of the value chain, leading to compression and collaboration between Tier I suppliers and OEMs, finds Frost & Sullivan.
View attachment 13820
LiDAR sensors are instrumental to increasing the levels of autonomy in self-driving vehicles. With the rise in autonomous driving (AD) and advanced driver assistance systems (ADAS), the deployment of LiDAR sensors in vehicles is on an upward trajectory. This is mirrored in the expanding number of partnerships—Luminar and Mercedes-Benz, Velodyne and Baidu, Valeo and Stellantis, and Cepton and General Motors—that underline the growth prospects for LiDAR technology in tandem with the increase in AD and ADAS features. In consonance with such trends, Israeli LiDAR company Innoviz Technologies recently entered into a partnership to supply its LiDAR sensors as well as its advanced customizable perception software to Volkswagen’s software unit, CARIAD. The company’s ‘Innoviz Two’ will underpin VW’s SDV architecture and its operating system, “VW.OS”, helping the automaker move towards its goal of commercializing SDV EVs by the middle of the decade.
The recent news on CARIAD suggests the same. LiDAR from Innoviz, joint development with Bosch for a standardized software platform for all VW vehicles, BlackBerry QNX technology for VW.OS (including its QNX OS for Safety, which is a pre-certified microkernel operating system designed for safety-critical embedded systems), and Qualcomm Technologies’ system-on-chips (SoCs) for the VW software platform underline how automakers are on the fast-track towards an SDV future.
Prospects of LiDAR System Developers Soar as Automakers Begin Building the Software Defined Vehicles (SDVs) of the Future
LiDAR developers are devising different solutions and changing the dynamics of the value chain, finds Frost & Sullivan.www.frost.com
cosors
👀
Applied Brain Research has already been mentioned here. I find the article very interesting as well as the one Bravo posted the other day. Or Steve10:
Neuromorphic Computing – the Upcoming Generation of AI
Neuromorphic computing is a recent area of study which aims to implement Artificial Intelligence in hardware. These chips are specifically designed to function like the human brain. What's so intriguing about neuromorphic computing is that it doesn't require much power to process data quickly.thinkml.ai
probably sponsored by Intel
- Smartphones – According to Samir Kumar- director at the research lab of Qualcomm, the neuromorphic chips once fixed in smartphones, will enable them continuously monitor your activities and location to figure out when and where you could need it, and it will offer you the help in advance to come out of a problematic situation.
https://thestockexchange.com.au/thr...iggest-slice-of-neuromorphic-pie.43/post-1339
My thought on this article was how it is possible for the author not to mention Brainchip and Akida of all things. Quickly looked and lo and behold:
BrainChip Signs Joint Development and Marketing Agreement with Applied Brain Research 01.02.2016
Does ABR not mention us on purpose because they did not get further with the cooperation? On their page the Loihi is often mentioned.
https://appliedbrainresearch.com/news/
Why not Akida which is already commercially available? I find this strange. Or can someone of the 1000 eyes steer me in the right direction? Does anyone know from the early years what happened to the collaboration?
equanimous
Norse clairvoyant shapeshifter goddess
I wandered the same thing but with our patents im not worried about it.
uiux
Regular
Lots of history between the two
We did partner with ABR - but something must have happened because Chris Eliasmith started working with Loihi afterwards. ABRs nengo is what people were mainly using with Loihi before LAVA..
There is YouTube vids of Chris Eliasmith talking about Loihi and keyword spotting etc, worth a watch
It gets funnier though - we actually beat Intel to the neuromorphic keyword spotting patent (and they had to rewrite theirs a bit)
US10157629B2 - Low power neuromorphic voice activation system and method - Google Patents
The present invention provides a system and method for controlling a device by recognizing voice commands through a spiking neural network. The system comprises a spiking neural adaptive processor receiving an input stream that is being forwarded from a microphone, a decimation filter and then...
patents.google.com
US10403266B2 - Detecting keywords in audio using a spiking neural network - Google Patents
An example apparatus for detecting keywords in audio includes an audio receiver to receive audio comprising a keyword to be detected. The apparatus also includes a spike transducer to convert the audio into a plurality of spikes. The apparatus further includes a spiking neural network to receive...
patents.google.com
Why it's funny is that that was the first main application I saw of Loihi from Chris Eliasmith.
Further to that, ABRs patent for "Methods and systems for implementing dynamic neural networks" hit a roadblock from one of Brainchips related to "delays" in spike timing...
US20220172053A1 - Methods and systems for implementing dynamic neural networks - Google Patents
A method is described for designing systems that provide efficient implementations of feed-forward, recurrent, and deep networks that process dynamic signals using temporal filters and static or time-varying nonlinearities. A system design methodology is described that provides an engineered...
patents.google.com
So that was two instances of Brainchip patents doing their work, once for Intel and once for ABR
Follow the patent links to global dossier and read the application process documents to see where brainchip is cited
An interesting article on cybersecurity within agriculture due to the increased use of internet connected farming machinery and sensors. I wonder what these research groups can find so as to “disconnect “ more of their systems 
Farmers are adopting precision agriculture, using data collected by GPS, satellite imagery, internet-connected sensors and other technologies to farm more efficiently. While these practices could help increase crop yields and reduce costs, the technology behind the practices is creating opportunities for extremists, terrorists and adversarial governments to attack farming machinery, with the aim of disrupting food production.
Cyberattacks against agricultural targets are not some far-off threat; they are already happening. For example, in 2021 a ransomware attack forced a fifth of the beef processing plants in the U.S. to shut down, with one company paying nearly $11 million to cybercriminals. REvil, a Russia-based group, claimed responsibility for the attack.
The integration of technologies into farm equipment, from GPS-guided tractors to artificial intelligence, potentially increases the ability of hackers to attack this equipment.
From an academic research perspective, multidisciplinary efforts that bring together researchers from precision agriculture, robotics, cybersecurity and political science can help identify potential solutions. To this end, we and researchers at the University of Nebraska-Lincoln have launched the Security Testbed for Agricultural Vehicles and Environments.
Farming equipment manufacturers and other industry organizations can help by designing and engineering equipment to account for cybersecurity considerations. This would lead to the manufacture of farming equipment that not only maximizes food production yields but also minimizes exposure to cyberattacks.
theconversation.com
Farmers are adopting precision agriculture, using data collected by GPS, satellite imagery, internet-connected sensors and other technologies to farm more efficiently. While these practices could help increase crop yields and reduce costs, the technology behind the practices is creating opportunities for extremists, terrorists and adversarial governments to attack farming machinery, with the aim of disrupting food production.
Cyberattacks against agricultural targets are not some far-off threat; they are already happening. For example, in 2021 a ransomware attack forced a fifth of the beef processing plants in the U.S. to shut down, with one company paying nearly $11 million to cybercriminals. REvil, a Russia-based group, claimed responsibility for the attack.
The integration of technologies into farm equipment, from GPS-guided tractors to artificial intelligence, potentially increases the ability of hackers to attack this equipment.
From an academic research perspective, multidisciplinary efforts that bring together researchers from precision agriculture, robotics, cybersecurity and political science can help identify potential solutions. To this end, we and researchers at the University of Nebraska-Lincoln have launched the Security Testbed for Agricultural Vehicles and Environments.
Farming equipment manufacturers and other industry organizations can help by designing and engineering equipment to account for cybersecurity considerations. This would lead to the manufacture of farming equipment that not only maximizes food production yields but also minimizes exposure to cyberattacks.
Rise of precision agriculture exposes food system to new threats
Bringing advanced technologies to the ancient practice of farming could help feed the world’s growing population, but it could also open the door for people looking to disrupt the global food system.
theconversation.com
cosors
👀
Or does Brainchip assume that they no longer need this mutual support since Akida is already at the finish line?
"Under the terms of the agreement, BrainChip and ABR will jointly, non-exclusively, promote each other’s products and services to create a referral relationship, under which each will refer potential customers to the other party in exchange for the opportunity to enhance each other’s selling proposition by offering the customers an integrated hardware and software offering, and increasing the chances of sales success in the emerging neuromorphic technologies markets.
“The partnership with BrainChip represents a significant opportunity for our team to work with a breakthrough company,” said Dr. Chris Eliasmith, Co-founder of Applied Brain Research. “We believe neuromorphic semiconductor chips will run the next generation of AI systems, and BrainChip’s hardware technology is a complete development solution for companies entering the neuromorphic chip market.”
“We are excited to undertake this new strategic partnership with ABR, whose award winning system is explicitly designed for real-world applications,” said Peter van der Made, Founder and CEO of BrainChip."
https://brainchip.com/brainchip-sig...keting-agreement-with-applied-brain-research/
In any case, it seems clear to me that the cooperation was terminated. Otherwise ABR would have had to mention us I think.
I know it from other areas that (small) competitors who are a little behind make a special effort to try to put themselves in a better light with good articles. Maybe Brainchip dropped the cooperation because they are simply faster and more successful and no longer needs the cooperation as it leads to nothing.
Just my unknowing/naive thought...
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I wrote this while uiux has already responded. So in context, my post should come before his. Thanks @uiux That's impressive! Don't have any more question about the top.)
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Generally such agreements have a fixed term, with an option to renew.
GingerRogers
Emerged
Couldn’t agree more, Teach22! Nicely said.
Slymeat
Move on, nothing to see.
Unfortunately, a patent is at the discovery stage and does not necessarily need anything backing it. But hopefully they have registered the patent (back in Jan 2021) as protection for a real system that does/will involve Akida.Are we maybe integrated.
Processing video images with anything else, especially if “always on”, would quickly drain the battery.
I suppose it would need some form of facial recognition too, so as to stop randoms gesturing things to your vehicle.
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