BRN Discussion Ongoing
- Thread starter TechGirl
- Start date
Damo4
Regular
Updated now with the corrected tweet
Evermont
Stealth Mode
BrainChip Discusses Brain-Inspired Systems with Fulbright Fellow Jason Eshraghian
LAGUNA HILLS, Calif., May 30, 2024--BrainChip Discusses Brain-Inspired Systems with Fulbright Fellow Jason Eshraghian
University of California. New AI Accelerator Program participant perhaps.
supersonic001
Regular
BrainChip on LinkedIn: BrainChip Discusses Brain-Inspired Systems with Fulbright Fellow Jason…
New Podcast: Tune in on Monday June 3, 2024 at 3:00 pm PDT for a captivating conversation on the latest episode of "This is Our Mission" podcast, where Dr…
Dougie54
Regular
Another nose for the feed bagI had already noticed in last month’s job offer for a new HR manager (replacing Sheila Sabanal-Lau) that our company recently implemented cost saving measures by limiting the legendary free lunch to 2-3 times a week!
Apparantly now on those 3 days its all you can eat!
Pom down under
Top 20
DARPA Aims to Develop AI, Autonomy Applications Warfighters Can Trust
An important goal of the Defense Advanced Research Projects Agency is developing artificial intelligence that is trustworthy for the Defense Department — particularly for making life-or-death
www.defense.gov
Pom down under
Top 20
Smoothsailing
Regular
When putting Neuromorphic into the search bar of Accenture website there a four videos on the topic, here is one
Pom down under
Top 20
Just a guess but maybe we might see a few lines swiped this afternoon.
jtardif999
Regular
Thanks again @TECH - from the description and claims this can only be Akida. Accenture must have some pretty big customer(s) for all these patents.Good evening...here we go again, yet another patent only published 7 days ago from our mates at:
ACCENTURE GLOBAL SOLUTIONS LTD
Check it out, a research chip is mentioned but a commercially available chip or IP is available NOW...that's why the
continuous learning of gesture recognition and AKIDA IS MENTIONED YET AGAIN.
Espacenet – search results
Espacenet: free access to millions of patent documents. Find out if your invention is unique or if other inventors have filed patent applications that are considered to be prior art.worldwide.espacenet.com
Patents are very powerful tools, researching them is a must !
Tech
I particularly like the following description: “if a user corrects the gesture recognition model by, for example, vocally giving a description of the gesture that the model misrecognized through a microphone of the device, a conversational agent of the human machine interface can trigger a learning process of the neuromorphic processor and the neuromorphic processor can update the gesture recognition model based on the correction in real-time, e.g., within seconds, of the correction being detected. This real-time updating reduces the number of mistakes made by a gesture recognition component of the device in the future and results in faster and more accurate learning of the gesture recognition model, which in turn reduces user frustration and reduces the number of errors caused by misrecognizing user gestures that cause other components to perform actions.”
Kachoo
Regular
The key takeaway from this is SNN chips are catching everyone's attention. Obviously Intel is in the game and will display their brand name. I see Lohi 2 moving to a higher power system. I do not think that on the edge for cheap low power devices Intel can compete for price.
There is a reason we joined the Intel partner system and what they plan to use from us only they know. In the end its all about collaboration and growing revenue.
jtardif999
Regular
Does the website give a date for this video? I suspect it is not current. I remember that Mercedes trialled the use of Loihi before settling on Akida for the Vision EQXX proto type way back when. Even if it is current Loihi and its variants can’t compete with Akida in commercial edge devices for both SWaP and price.
Smoothsailing
Regular
It was back in 2021
jtardif999
Regular
Loihi and variants can’t learn on the fly like Akida can; the Accenture patents can only be describing Akida capabilities imo. Plus we know Loihi and variants are not commercial chips. The patents are describing commercial applications.
It's an age-old tactic: "If you can't beat them, join them." I bet Intel is absorbing all the knowledge from everyone, and then they'll come up with a product that incorporates something from all their partners, only to drop them with something that the others don't have. The best solution from each competitor in the AI world. BrainChip, be warned! Yes I said now what I’m worrying about and hope I’m wrong
Actually usually, just before the day ends, cockroaches appear suddenly and we close red. Just watch!
Fullmoonfever
Top 20
A write up on Alfs HPM attendance.
I like his bold statement at the end, though we do know what happens when management have made bold statements previously that they haven't quite met....yet.
The other thing, what work is ANT61 Brain doing with Akida that is a secret
www.iotm2mcouncil.org
How far can the IoT go? Further than you think, as Steve Rogerson discovered at this week’s Hardware Pioneers Max show in London.
Alf Kuchenbuch from Brainchip.
This was explained by Alf Kuchenbuch, a vice president at Australian technology company Brainchip (brainchip.com), who told HPM delegates how excited he was that his company’s chips were now doing real edge processing in space.
“Nasa and the ESA are picking up on AI,” he said. “They want to see AI in space. They are nervous, but they are acting with urgency.”
Earlier this month, he attended a workshop in the Netherlands organised by the ESA where he said the general view was that everything that happened on Earth would happen in space in five years’ time.
“Some find that shocking, but it is an inevitable truth,” he said. “Nasa is picking up on this too.”
But he said even satellites in low Earth orbit sometimes hit latency problems. There are also bandwidth difficulties. Satellites sending constant images of the Earth’s surface use a lot of bandwidth, but many of those images are useless because of cloud cover. Applying AI to the images on the satellite can pick those that show not just the top of clouds, and sometimes they can stitch images together, reducing drastically the amount of data they need to send. And if they are being used, say, to track ships, they don’t need to keep sending pictures of the ship, but just its coordinates.
Taking a leaf from autonomous vehicles on Earth, similar technology can be used for performing docking manoeuvres in space and, as mentioned, controlling ground vehicles on the Moon or Mars. Another application is debris removal. There is a lot of junk circling the Earth and there are plans to remove it by slowing it down so it falls towards Earth and burns up.
“These are why AI in space is so necessary,” said Alf.
Brainchip is using neuromorphic AI on its chips, which Alf said had a big advantage in that it worked in a similar way to a brain, only processing information when an event happened, lowering the power requirements. The firm’s Akida chip is on SpaceX’s Transporter 10 mission, launched in March
“We are waiting for them to turn it on and for it to start doing its work,” he said. He wouldn’t say what that work was just that: “It is secret.”
Brainchip is also working with Frontgrade Gaisler (www.gaisler.com), a provider of space-grade systems-on-chip, to explore integrating Akida into fault-tolerant, radiation-hardened microprocessors to make space-grade SoCs incorporating AI.
“If this works out, our chip will be going on the Moon landing, or even to Mars,” he said. “Akida is not a dream. It is here today, and it is up there today.”
I was going to end with some joke about the IoT boldly going to the final frontier, but felt the force wouldn’t really be with me, so I didn’t make it so.
I like his bold statement at the end, though we do know what happens when management have made bold statements previously that they haven't quite met....yet.
The other thing, what work is ANT61 Brain doing with Akida that is a secret
Extending the IoT to Mars - IoT M2M Council
How far can the IoT go? Further than you think, as Steve Rogerson discovered at this week’s Hardware Pioneers Max show in London. We will never see a little green man using the self-checkout till at the Mars branch of Walmart to buy a bottle of Romulan ale. Nor will a woman from Venus see […]
www.iotm2mcouncil.org
Extending the IoT to Mars
- May 30, 2024
- Steve Rogerson
- Eseye
How far can the IoT go? Further than you think, as Steve Rogerson discovered at this week’s Hardware Pioneers Max show in London.
This was explained by Alf Kuchenbuch, a vice president at Australian technology company Brainchip (brainchip.com), who told HPM delegates how excited he was that his company’s chips were now doing real edge processing in space.
“Nasa and the ESA are picking up on AI,” he said. “They want to see AI in space. They are nervous, but they are acting with urgency.”
Earlier this month, he attended a workshop in the Netherlands organised by the ESA where he said the general view was that everything that happened on Earth would happen in space in five years’ time.
“Some find that shocking, but it is an inevitable truth,” he said. “Nasa is picking up on this too.”
But he said even satellites in low Earth orbit sometimes hit latency problems. There are also bandwidth difficulties. Satellites sending constant images of the Earth’s surface use a lot of bandwidth, but many of those images are useless because of cloud cover. Applying AI to the images on the satellite can pick those that show not just the top of clouds, and sometimes they can stitch images together, reducing drastically the amount of data they need to send. And if they are being used, say, to track ships, they don’t need to keep sending pictures of the ship, but just its coordinates.
Taking a leaf from autonomous vehicles on Earth, similar technology can be used for performing docking manoeuvres in space and, as mentioned, controlling ground vehicles on the Moon or Mars. Another application is debris removal. There is a lot of junk circling the Earth and there are plans to remove it by slowing it down so it falls towards Earth and burns up.
“These are why AI in space is so necessary,” said Alf.
Brainchip is using neuromorphic AI on its chips, which Alf said had a big advantage in that it worked in a similar way to a brain, only processing information when an event happened, lowering the power requirements. The firm’s Akida chip is on SpaceX’s Transporter 10 mission, launched in March
“We are waiting for them to turn it on and for it to start doing its work,” he said. He wouldn’t say what that work was just that: “It is secret.”
Brainchip is also working with Frontgrade Gaisler (www.gaisler.com), a provider of space-grade systems-on-chip, to explore integrating Akida into fault-tolerant, radiation-hardened microprocessors to make space-grade SoCs incorporating AI.
“If this works out, our chip will be going on the Moon landing, or even to Mars,” he said. “Akida is not a dream. It is here today, and it is up there today.”
I was going to end with some joke about the IoT boldly going to the final frontier, but felt the force wouldn’t really be with me, so I didn’t make it so.
53 payloads went into space on this March transporter 10 mission including a mix of new and returning SpaceX customers... I wonder which of these company's we are waiting on to "turn it on and start doing the work"? https://spacenews.com/spacex-launches-tenth-transporter-rideshare-mission/A write up on Alfs HPM attendance.
I like his bold statement at the end, though we do know what happens when management have made bold statements previously that they haven't quite met....yet.
The other thing, what work is ANT61 Brain doing with Akida that is a secret
Extending the IoT to Mars - IoT M2M Council
How far can the IoT go? Further than you think, as Steve Rogerson discovered at this week’s Hardware Pioneers Max show in London. We will never see a little green man using the self-checkout till at the Mars branch of Walmart to buy a bottle of Romulan ale. Nor will a woman from Venus see […]
Extending the IoT to Mars
- May 30, 2024
- Steve Rogerson
- Eseye
How far can the IoT go? Further than you think, as Steve Rogerson discovered at this week’s Hardware Pioneers Max show in London.
Alf Kuchenbuch from Brainchip.
This was explained by Alf Kuchenbuch, a vice president at Australian technology company Brainchip (brainchip.com), who told HPM delegates how excited he was that his company’s chips were now doing real edge processing in space.
“Nasa and the ESA are picking up on AI,” he said. “They want to see AI in space. They are nervous, but they are acting with urgency.”
Earlier this month, he attended a workshop in the Netherlands organised by the ESA where he said the general view was that everything that happened on Earth would happen in space in five years’ time.
“Some find that shocking, but it is an inevitable truth,” he said. “Nasa is picking up on this too.”
But he said even satellites in low Earth orbit sometimes hit latency problems. There are also bandwidth difficulties. Satellites sending constant images of the Earth’s surface use a lot of bandwidth, but many of those images are useless because of cloud cover. Applying AI to the images on the satellite can pick those that show not just the top of clouds, and sometimes they can stitch images together, reducing drastically the amount of data they need to send. And if they are being used, say, to track ships, they don’t need to keep sending pictures of the ship, but just its coordinates.
Taking a leaf from autonomous vehicles on Earth, similar technology can be used for performing docking manoeuvres in space and, as mentioned, controlling ground vehicles on the Moon or Mars. Another application is debris removal. There is a lot of junk circling the Earth and there are plans to remove it by slowing it down so it falls towards Earth and burns up.
“These are why AI in space is so necessary,” said Alf.
Brainchip is using neuromorphic AI on its chips, which Alf said had a big advantage in that it worked in a similar way to a brain, only processing information when an event happened, lowering the power requirements. The firm’s Akida chip is on SpaceX’s Transporter 10 mission, launched in March
“We are waiting for them to turn it on and for it to start doing its work,” he said. He wouldn’t say what that work was just that: “It is secret.”
Brainchip is also working with Frontgrade Gaisler (www.gaisler.com), a provider of space-grade systems-on-chip, to explore integrating Akida into fault-tolerant, radiation-hardened microprocessors to make space-grade SoCs incorporating AI.
“If this works out, our chip will be going on the Moon landing, or even to Mars,” he said. “Akida is not a dream. It is here today, and it is up there today.”
I was going to end with some joke about the IoT boldly going to the final frontier, but felt the force wouldn’t really be with me, so I didn’t make it so.
Similar threads
