Frank Zappa
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I am showing my age . I loved Shirley Temple
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Sirod69
bavarian girl ;-)
08/03/2022 | 05:10
TURNAROUND COMING FOR CHIP STOCKS? INTEL, NVIDIA, BRAINCHIP, AIXTRON AND AMD
BRAINCHIP – ENTRY INTO THE MASS MARKET
The next-generation chip is currently being developed by Australian IP company BrainChip. Due to the new technology of the Akida chip, a market shift could take place in the near future, which could cause the established players to falter. Another possibility would be the acquisition of the revolutionary technology by a global player, which should make BrainChip a potential takeover candidate. It is no accident that the Akida chip was recently included in the AI partner program of the industry giant Advanced Micro Devices. Mercedes Benz also relies on the new technology for the EQXX.
The USP of the innovative processor is that it is very low-power and high-performing, fueling the growth of edge AI technology by using a neuromorphic architecture, a type of artificial intelligence inspired by the biology of the human brain. Experts see this as a significantly higher level of efficiency compared to traditional chips, since it can learn independently with each process. The areas of application therefore also revolve around future topics such as autonomous driving, robotics or the Internet of Things.
"Unlocking the future of AI", the future of artificial intelligence is what it says on the company's homepage, which has already opened the door to the mass market wide. After a sharp correction and a low for the year at AUD 0.76, the BrainChip share recovered significantly and stabilized above the AUD 1.00 mark. Akida technology is also in high demand among big players. If further partnerships are announced, the next ramp-up should start. The all-time high at the beginning of the year was AUD 2.34.
www.inv3st.de
TURNAROUND COMING FOR CHIP STOCKS? INTEL, NVIDIA, BRAINCHIP, AIXTRON AND AMD
BRAINCHIP – ENTRY INTO THE MASS MARKET
The next-generation chip is currently being developed by Australian IP company BrainChip. Due to the new technology of the Akida chip, a market shift could take place in the near future, which could cause the established players to falter. Another possibility would be the acquisition of the revolutionary technology by a global player, which should make BrainChip a potential takeover candidate. It is no accident that the Akida chip was recently included in the AI partner program of the industry giant Advanced Micro Devices. Mercedes Benz also relies on the new technology for the EQXX.
The USP of the innovative processor is that it is very low-power and high-performing, fueling the growth of edge AI technology by using a neuromorphic architecture, a type of artificial intelligence inspired by the biology of the human brain. Experts see this as a significantly higher level of efficiency compared to traditional chips, since it can learn independently with each process. The areas of application therefore also revolve around future topics such as autonomous driving, robotics or the Internet of Things.
"Unlocking the future of AI", the future of artificial intelligence is what it says on the company's homepage, which has already opened the door to the mass market wide. After a sharp correction and a low for the year at AUD 0.76, the BrainChip share recovered significantly and stabilized above the AUD 1.00 mark. Akida technology is also in high demand among big players. If further partnerships are announced, the next ramp-up should start. The all-time high at the beginning of the year was AUD 2.34.
Kommt bei Chipaktien der Turnaround? Intel, Nvidia, BrainChip, Aixtron und AMD
Im vergangenen Jahr wurden Halbleiter aufgrund der gesprengten Lieferketten und der damit verbundenen Knappheit zum neuen Gold erklärt. Nach dem Boom in der jüngsten Vergangenheit und dem Aufbau von Überkapazitäten könnte der Markt nun spätestens 2023 zum Erliegen kommen. Die hohe Inflation, ein...
Thanks Diogenese, I have a new "graphic" crush. I'm star struck. Who said you can't "paint" a masterpiece in only black and white? Did I mention I love it?
I wonder if balloons connected by dotted lines, as opposed to solid lines, would be a good addition or just gunk up things? Like, say, Nvidia in a balloon floating to the left of nViso and Mercedes and connected to them by dotted lines? I don't know. It's simplicity is really beautiful as is. dippY
".....Advanced Micro Devices....... wait.... What? WHAT?08/03/2022 | 05:10
TURNAROUND COMING FOR CHIP STOCKS? INTEL, NVIDIA, BRAINCHIP, AIXTRON AND AMD
BRAINCHIP – ENTRY INTO THE MASS MARKET
The next-generation chip is currently being developed by Australian IP company BrainChip. Due to the new technology of the Akida chip, a market shift could take place in the near future, which could cause the established players to falter. Another possibility would be the acquisition of the revolutionary technology by a global player, which should make BrainChip a potential takeover candidate. It is no accident that the Akida chip was recently included in the AI partner program of the industry giant Advanced Micro Devices. Mercedes Benz also relies on the new technology for the EQXX.
The USP of the innovative processor is that it is very low-power and high-performing, fueling the growth of edge AI technology by using a neuromorphic architecture, a type of artificial intelligence inspired by the biology of the human brain. Experts see this as a significantly higher level of efficiency compared to traditional chips, since it can learn independently with each process. The areas of application therefore also revolve around future topics such as autonomous driving, robotics or the Internet of Things.
"Unlocking the future of AI", the future of artificial intelligence is what it says on the company's homepage, which has already opened the door to the mass market wide. After a sharp correction and a low for the year at AUD 0.76, the BrainChip share recovered significantly and stabilized above the AUD 1.00 mark. Akida technology is also in high demand among big players. If further partnerships are announced, the next ramp-up should start. The all-time high at the beginning of the year was AUD 2.34.
Kommt bei Chipaktien der Turnaround? Intel, Nvidia, BrainChip, Aixtron und AMD
Im vergangenen Jahr wurden Halbleiter aufgrund der gesprengten Lieferketten und der damit verbundenen Knappheit zum neuen Gold erklärt. Nach dem Boom in der jüngsten Vergangenheit und dem Aufbau von Überkapazitäten könnte der Markt nun spätestens 2023 zum Erliegen kommen. Die hohe Inflation, ein...
Townyj
Ermahgerd
08/03/2022 | 05:10
TURNAROUND COMING FOR CHIP STOCKS? INTEL, NVIDIA, BRAINCHIP, AIXTRON AND AMD
BRAINCHIP – ENTRY INTO THE MASS MARKET
The next-generation chip is currently being developed by Australian IP company BrainChip. Due to the new technology of the Akida chip, a market shift could take place in the near future, which could cause the established players to falter. Another possibility would be the acquisition of the revolutionary technology by a global player, which should make BrainChip a potential takeover candidate. It is no accident that the Akida chip was recently included in the AI partner program of the industry giant Advanced Micro Devices. Mercedes Benz also relies on the new technology for the EQXX.
The USP of the innovative processor is that it is very low-power and high-performing, fueling the growth of edge AI technology by using a neuromorphic architecture, a type of artificial intelligence inspired by the biology of the human brain. Experts see this as a significantly higher level of efficiency compared to traditional chips, since it can learn independently with each process. The areas of application therefore also revolve around future topics such as autonomous driving, robotics or the Internet of Things.
"Unlocking the future of AI", the future of artificial intelligence is what it says on the company's homepage, which has already opened the door to the mass market wide. After a sharp correction and a low for the year at AUD 0.76, the BrainChip share recovered significantly and stabilized above the AUD 1.00 mark. Akida technology is also in high demand among big players. If further partnerships are announced, the next ramp-up should start. The all-time high at the beginning of the year was AUD 2.34.
Kommt bei Chipaktien der Turnaround? Intel, Nvidia, BrainChip, Aixtron und AMD
Im vergangenen Jahr wurden Halbleiter aufgrund der gesprengten Lieferketten und der damit verbundenen Knappheit zum neuen Gold erklärt. Nach dem Boom in der jüngsten Vergangenheit und dem Aufbau von Überkapazitäten könnte der Markt nun spätestens 2023 zum Erliegen kommen. Die hohe Inflation, ein...
Definitely a typo up there... AMD is errr slightly different then ARM.
Thanks dippY,
The swan's feet of the graphic is a plain spreadsheet which has links between each company and BRN, (it's my record of major BRN events, not just inter-company links, so it's a bit messy), so if anyone wants to add to a company, a web link would be appreciated.
The dotted lines are a good idea for the unproven links, but that would pretty soon use up the 6 degrees of separation and become unmanageable because everybody will be connected to Akida.
Boab
I wish I could paint like Vincent
Love your work @Sirod69 and hope this article gets out to the Australian general public.08/03/2022 | 05:10
TURNAROUND COMING FOR CHIP STOCKS? INTEL, NVIDIA, BRAINCHIP, AIXTRON AND AMD
BRAINCHIP – ENTRY INTO THE MASS MARKET
The next-generation chip is currently being developed by Australian IP company BrainChip. Due to the new technology of the Akida chip, a market shift could take place in the near future, which could cause the established players to falter. Another possibility would be the acquisition of the revolutionary technology by a global player, which should make BrainChip a potential takeover candidate. It is no accident that the Akida chip was recently included in the AI partner program of the industry giant Advanced Micro Devices. Mercedes Benz also relies on the new technology for the EQXX.
The USP of the innovative processor is that it is very low-power and high-performing, fueling the growth of edge AI technology by using a neuromorphic architecture, a type of artificial intelligence inspired by the biology of the human brain. Experts see this as a significantly higher level of efficiency compared to traditional chips, since it can learn independently with each process. The areas of application therefore also revolve around future topics such as autonomous driving, robotics or the Internet of Things.
"Unlocking the future of AI", the future of artificial intelligence is what it says on the company's homepage, which has already opened the door to the mass market wide. After a sharp correction and a low for the year at AUD 0.76, the BrainChip share recovered significantly and stabilized above the AUD 1.00 mark. Akida technology is also in high demand among big players. If further partnerships are announced, the next ramp-up should start. The all-time high at the beginning of the year was AUD 2.34.
Kommt bei Chipaktien der Turnaround? Intel, Nvidia, BrainChip, Aixtron und AMD
Im vergangenen Jahr wurden Halbleiter aufgrund der gesprengten Lieferketten und der damit verbundenen Knappheit zum neuen Gold erklärt. Nach dem Boom in der jüngsten Vergangenheit und dem Aufbau von Überkapazitäten könnte der Markt nun spätestens 2023 zum Erliegen kommen. Die hohe Inflation, ein...
Izzzzzzzzzzy
Regular
Also an iceberg at the bottom of the page in the article08/03/2022 | 05:10
TURNAROUND COMING FOR CHIP STOCKS? INTEL, NVIDIA, BRAINCHIP, AIXTRON AND AMD
BRAINCHIP – ENTRY INTO THE MASS MARKET
The next-generation chip is currently being developed by Australian IP company BrainChip. Due to the new technology of the Akida chip, a market shift could take place in the near future, which could cause the established players to falter. Another possibility would be the acquisition of the revolutionary technology by a global player, which should make BrainChip a potential takeover candidate. It is no accident that the Akida chip was recently included in the AI partner program of the industry giant Advanced Micro Devices. Mercedes Benz also relies on the new technology for the EQXX.
The USP of the innovative processor is that it is very low-power and high-performing, fueling the growth of edge AI technology by using a neuromorphic architecture, a type of artificial intelligence inspired by the biology of the human brain. Experts see this as a significantly higher level of efficiency compared to traditional chips, since it can learn independently with each process. The areas of application therefore also revolve around future topics such as autonomous driving, robotics or the Internet of Things.
"Unlocking the future of AI", the future of artificial intelligence is what it says on the company's homepage, which has already opened the door to the mass market wide. After a sharp correction and a low for the year at AUD 0.76, the BrainChip share recovered significantly and stabilized above the AUD 1.00 mark. Akida technology is also in high demand among big players. If further partnerships are announced, the next ramp-up should start. The all-time high at the beginning of the year was AUD 2.34.
Kommt bei Chipaktien der Turnaround? Intel, Nvidia, BrainChip, Aixtron und AMD
Im vergangenen Jahr wurden Halbleiter aufgrund der gesprengten Lieferketten und der damit verbundenen Knappheit zum neuen Gold erklärt. Nach dem Boom in der jüngsten Vergangenheit und dem Aufbau von Überkapazitäten könnte der Markt nun spätestens 2023 zum Erliegen kommen. Die hohe Inflation, ein...
Attachments
Don't let Uiux see it
Fullmoonfever
Top 20
What I liked about this.
If you have a look at the EV4 you will also find that it comes as a EVK4 kit tied in with the Sony IMX 636 as per a previously posted article.
Unlikely Akida will be part of that as yet however the demonstration is a definite positive direction imo.
Prophesee has been working hard on driving commercialization of event–based cameras. The company recently released a new evaluation kit (EVK4) for the IMX 636. This kit is designed for industrial vision with a rugged housing but will work for all applications (Verre said several hundred of these kits have been sold). The company’s Metavision SDK for event–based vision has also recently been open–sourced in order to reduce friction in the adoption of event–based technology. The Metavision community has around 5,000 registered members today.
https://www.eetasia.com/consumer-products-could-soon-feature-neuromorphic-sensing/
Taproot
Regular
BrainChip Demonstrates Gesture Recognition with Prophesee EV4 Development Camera
Event Camera Evaluation Kit 4 HD IMX636 Prophesee-Sony
Start evaluation of Sony's IMX636ES realized in collaboration between Sony and Prophesee, offered as ultra-light and compact event camera EVK
www.prophesee.ai
Start evaluation of breakthrough Sony’s stacked Event-based Vision Sensor realized in collaboration between Sony and PROPHESEE.Event Camera Evaluation Kit 4 HD IMX636 Prophesee-Sony
Start evaluation of Sony's IMX636ES realized in collaboration between Sony and Prophesee, offered as ultra-light and compact event camera EVK
This sensor was made possible by combining Sony’s CMOS image sensor technology with Prophesee’s unique Event-Based Metavision sensing technology.
The partnership between Brainchip and Prophesee is a "must watch" space IMHO !“We’ve successfully ported the data from Prophesee’s neuromorphic-based camera sensor to process inference on Akida with impressive performance,” said Anil Mankar, Co-Founder and CDO of BrainChip. “This combination of intelligent vision sensors with Akida’s ability to process data with unparalleled efficiency, precision and economy of energy at the point of acquisition truly advances state-of-the-art AI enablement and offers manufacturers a ready-to-implement solution.”
“By combining our Metavision solution with Akida-based IP, we are better able to deliver a complete high-performance and ultra-low power solution to OEMs looking to leverage edge-based visual technologies as part of their product offerings,” said Luca Verre, CEO and co-founder of Prophesee.
Event-Based Vision Applications | PROPHESEE
Prophesee’s Metavision® Sensing and Software solutions set a new standard for computer vision. We establish new benchmarks in data compression, dynamic range, speed and power efficiency.
Industrial processes, Inspection, Monitoring, Object identification, Detection & tracking, Handling, High speed motion control/robotics, AGV
Motion detection and analysis, Intruder detection, Traffic data acquisition, Crowd management, People counting, Always-on visual input, Gesture Detection, Simultaneous Localization And Mapping, Space Situational Awareness
Autonomous driving, Emergency breaking assist, Driver assistance, Collision avoidance, Pedestrian protection, Occupant identification and classification, Driver Monitoring Systems
VoxelFlow™ developed by Terranet AB in conjunction with Mercedes-Benz, uses Prophesee Metavision® Event-Based Vision sensor so that autonomous driving (AD) and advanced driver-assistance systems (ADAS) can quickly and accurately understand and decipher what’s in front of them, enhancing existing radar, lidar, and camera systems that particularly struggle within 30 to 40 meters, when an accident is most likely to take place.
The patent that Brainchip licensed is related to the JAST learning rule. So Brainchips proprietary learning rules and Prophesee share their origin story with Bernabe Linares-Barranco
1. Unsupervised detection of repeating patterns in a series of events, EuropeanPatent Office EP16306525 Nov-2016, Amirreza Yousefzadeh, Timothee Masquelier, Jacob Martin, Simon Thorpe, Licensed to the Californian start-up BrainChip.
2. Method, digital electronic circuit and system for unsupervised detection of repeating patterns in a series of events, European Patent Office EP17305186 Feb2017, Amirreza Yousefzadeh, Bernabe Linares-Barranco, Timothee Masquelier,Jacob Martin, Simon Thorpe, Exclusive Licensed to the Californian start-up BrainChip.
A quote by none other than our number one research contributor "uiux" back in July 2020
"Sony/Prophesee vision sensor is a perfect match for Brainchips Akida. It was made for it."
Well, now it's a full blown reality and the potential is truly breathtaking, just do yourselves a favour and have a long hard look at the event based vision applications page on Prophesee's website ( link above )
Picked up another 30,000 shares this week and just can't get enough to be honest.
When the penny drops on a bigger scale, the buying stampede is going to be epic and when you combine that with the lunatics that continue to short the stock, it's going to be a thing of beauty to watch.
Just my personal opinion of course and should not be considered financial advice, please DYOR
Taproot
Regular
(Verre said several hundred of these kits have been sold)
$5,000 EUR a pop
PROPHESEE Store - Buy Event-Based Vision Camera Online
Prophesee is the inventor of the world's most advanced neuromorphic vision technologies. Buy your event camera evaluation kit online and start your project right away.
Tuliptrader
Regular
Thanks for the article. It is a nice short description of Brainchip and maybe gains more interest among german investors. Such an article made me do some research and lead to my first buys in early 2021.08/03/2022 | 05:10
TURNAROUND COMING FOR CHIP STOCKS? INTEL, NVIDIA, BRAINCHIP, AIXTRON AND AMD
BRAINCHIP – ENTRY INTO THE MASS MARKET
The next-generation chip is currently being developed by Australian IP company BrainChip. Due to the new technology of the Akida chip, a market shift could take place in the near future, which could cause the established players to falter. Another possibility would be the acquisition of the revolutionary technology by a global player, which should make BrainChip a potential takeover candidate. It is no accident that the Akida chip was recently included in the AI partner program of the industry giant Advanced Micro Devices. Mercedes Benz also relies on the new technology for the EQXX.
The USP of the innovative processor is that it is very low-power and high-performing, fueling the growth of edge AI technology by using a neuromorphic architecture, a type of artificial intelligence inspired by the biology of the human brain. Experts see this as a significantly higher level of efficiency compared to traditional chips, since it can learn independently with each process. The areas of application therefore also revolve around future topics such as autonomous driving, robotics or the Internet of Things.
"Unlocking the future of AI", the future of artificial intelligence is what it says on the company's homepage, which has already opened the door to the mass market wide. After a sharp correction and a low for the year at AUD 0.76, the BrainChip share recovered significantly and stabilized above the AUD 1.00 mark. Akida technology is also in high demand among big players. If further partnerships are announced, the next ramp-up should start. The all-time high at the beginning of the year was AUD 2.34.
Kommt bei Chipaktien der Turnaround? Intel, Nvidia, BrainChip, Aixtron und AMD
Im vergangenen Jahr wurden Halbleiter aufgrund der gesprengten Lieferketten und der damit verbundenen Knappheit zum neuen Gold erklärt. Nach dem Boom in der jüngsten Vergangenheit und dem Aufbau von Überkapazitäten könnte der Markt nun spätestens 2023 zum Erliegen kommen. Die hohe Inflation, ein...
One thing to mention is, that he messes up AMD and ARM. Stating, that BRN is an AI partner of AMD is wrong - he means ARM, right? I wrote them a short message about that.
pgetties
Member
is this Akida??
Before any aircraft is built and tested, computer simulations help determine what is possible. Researchers have long used computational fluid dynamics (CFD) to predict, among other things, how an aircraft in flight will interact with the forces around it. CFD is a scientific field devoted to numerically expressing the behavior of fluids such as air and water.
An aircraft capable of breaking the sound barrier brings new levels of complexity to an already computationally intense exercise. Researchers at the US Department of Energy’s (DOE) Argonne National Laboratory and the National Aeronautics and Space Administration (NASA) are pioneering the use of artificial intelligence to streamline CFD simulations and accelerate the development of barrier-breaking aircraft.
The wild ride of supersonic flight produces similarly wild fluid dynamics. As it exceeds the speed of sound, the aircraft generates a shock wave containing air that’s hotter, denser and higher in pressure than the surrounding air. At hypersonic speeds, the air friction created is so strong that it could melt parts of a conventional commercial plane.
CFD simulations must account for major shifts in air, not only around the plane, but also as it moves through the engine and interacts with fuel. Air-breathing jet engines, as they are called, draw in oxygen to burn fuel as they fly. In a conventional plane, fan blades push the air along. But at Mach 3 and up, the movement of the jet itself compresses the air. These aircraft designs, known as scramjets, are key to achieving levels of fuel efficiency that rocket propulsion cannot. But running them in hypersonic flight, it’s been said, is like lighting a match in a hurricane and keeping it lit.
The paper detailing the new neural network framework, entitled “Deep neural network based unsteady flamelet progress variable approach in a supersonic combustor,” was presented in early January at the American Institute of Aeronautics and Astronautics SciTech Forum. In addition to Demir and Som, other authors of the paper include Argonne’s Prithwish Kundu (who is now with Euler Motors) and Cody Nunno (no longer with Argonne), as well as NASA Langley’s Robert Baurle and Tomasz Drozda.
Resources
NASA and Argonne use deep neural network to enhance CFD code for hypersonic flight
The same propulsion technology that goes into rockets has made hypersonic speeds—Mach 5 and beyond, i.e., more than 5 times the speed of sound—possible since the 1950s. However, to make hypersonic flight more common and far less expensive than a rocket launch, engineers and scientists are...
www.greencarcongress.com
NASA and Argonne use deep neural network to enhance CFD code for hypersonic flight
09 April 2022
The same propulsion technology that goes into rockets has made hypersonic speeds—Mach 5 and beyond, i.e., more than 5 times the speed of sound—possible since the 1950s. However, to make hypersonic flight more common and far less expensive than a rocket launch, engineers and scientists are working on advanced jet engine designs. These new concepts represent an enormous opportunity for commercial flight, space exploration and national defense: Hypersonic aircraft could serve as reusable launch vehicles for spacecraft, for example.Before any aircraft is built and tested, computer simulations help determine what is possible. Researchers have long used computational fluid dynamics (CFD) to predict, among other things, how an aircraft in flight will interact with the forces around it. CFD is a scientific field devoted to numerically expressing the behavior of fluids such as air and water.
An aircraft capable of breaking the sound barrier brings new levels of complexity to an already computationally intense exercise. Researchers at the US Department of Energy’s (DOE) Argonne National Laboratory and the National Aeronautics and Space Administration (NASA) are pioneering the use of artificial intelligence to streamline CFD simulations and accelerate the development of barrier-breaking aircraft.
The wild ride of supersonic flight produces similarly wild fluid dynamics. As it exceeds the speed of sound, the aircraft generates a shock wave containing air that’s hotter, denser and higher in pressure than the surrounding air. At hypersonic speeds, the air friction created is so strong that it could melt parts of a conventional commercial plane.
CFD simulations must account for major shifts in air, not only around the plane, but also as it moves through the engine and interacts with fuel. Air-breathing jet engines, as they are called, draw in oxygen to burn fuel as they fly. In a conventional plane, fan blades push the air along. But at Mach 3 and up, the movement of the jet itself compresses the air. These aircraft designs, known as scramjets, are key to achieving levels of fuel efficiency that rocket propulsion cannot. But running them in hypersonic flight, it’s been said, is like lighting a match in a hurricane and keeping it lit.
To simulate how combustion behaves within this volatile environment, NASA has a hypersonic CFD code called VULCAN-CFD. The code processes multidimensional flamelet tables, where each flamelet represents a one-dimensional version of a flame. The data tables hold these different snapshots of burning fuel in one massive collection, which requires a large amount of computer memory to process. In a newly published study, Argonne scientists used machine learning techniques to reduce the intensive memory requirements and computational cost associated with simulating supersonic fuel combustion.
The flamelet table, generated by Argonne-developed software, was used to train an artificial neural network. In an artificial neural network, which is a subset of machine learning, a computer derives insights from data the way a human brain would. Here, the network used values from the flamelet table to learn shortcuts to “answers” about how combustion behaves in supersonic engine environments.
The approach has been validated in previous studies for subsonic applications. The new research applies it to supersonic and hypersonic problems, using the high performance computing resources at Argonne’s Laboratory Computing Resource Center. DOE’s Office of Science and NASA’s Langley Research Center provided funding.
The paper detailing the new neural network framework, entitled “Deep neural network based unsteady flamelet progress variable approach in a supersonic combustor,” was presented in early January at the American Institute of Aeronautics and Astronautics SciTech Forum. In addition to Demir and Som, other authors of the paper include Argonne’s Prithwish Kundu (who is now with Euler Motors) and Cody Nunno (no longer with Argonne), as well as NASA Langley’s Robert Baurle and Tomasz Drozda.
Resources
- Sinan Demir, Prithwish Kundu, Austin C. Nunno, Sibendu Som, Robert A. Baurle and Tomasz G. Drozda. “Deep neural network based unsteady flamelet progress variable approach in a supersonic combustor,” AIAA 2022-2073. AIAA SCITECH 2022 Forum. January 2022. doi: 10.2514/6.2022-2073
Labsy
Regular
Fullmoonfever
Top 20
Yeah saw that but I'm not expecting Akida in those ones....yet haha(Verre said several hundred of these kits have been sold)
$5,000 EUR a pop
PROPHESEE Store - Buy Event-Based Vision Camera Online
Prophesee is the inventor of the world's most advanced neuromorphic vision technologies. Buy your event camera evaluation kit online and start your project right away.www.shop.prophesee.ai
FabricatedLunacy
Regular
Boom!! Awesome, I wish I could put that much on it. Slowly chipping away at my 10000 shares goal and frankly hope this will stay low 1 dollar for another year then I likely get past 15k or towards 20k even.
BrainChip Demonstrates Gesture Recognition with Prophesee EV4 Development Camera
Start evaluation of breakthrough Sony’s stacked Event-based Vision Sensor realized in collaboration between Sony and PROPHESEE.
Event Camera Evaluation Kit 4 HD IMX636 Prophesee-Sony
Start evaluation of Sony's IMX636ES realized in collaboration between Sony and Prophesee, offered as ultra-light and compact event camera EVK
This sensor was made possible by combining Sony’s CMOS image sensor technology with Prophesee’s unique Event-Based Metavision sensing technology.
The partnership between Brainchip and Prophesee is a "must watch" space IMHO !
“We’ve successfully ported the data from Prophesee’s neuromorphic-based camera sensor to process inference on Akida with impressive performance,” said Anil Mankar, Co-Founder and CDO of BrainChip. “This combination of intelligent vision sensors with Akida’s ability to process data with unparalleled efficiency, precision and economy of energy at the point of acquisition truly advances state-of-the-art AI enablement and offers manufacturers a ready-to-implement solution.”
“By combining our Metavision solution with Akida-based IP, we are better able to deliver a complete high-performance and ultra-low power solution to OEMs looking to leverage edge-based visual technologies as part of their product offerings,” said Luca Verre, CEO and co-founder of Prophesee.
Event-Based Vision Applications | PROPHESEE
Prophesee’s Metavision® Sensing and Software solutions set a new standard for computer vision. We establish new benchmarks in data compression, dynamic range, speed and power efficiency.www.prophesee.ai
Industrial processes, Inspection, Monitoring, Object identification, Detection & tracking, Handling, High speed motion control/robotics, AGV
Motion detection and analysis, Intruder detection, Traffic data acquisition, Crowd management, People counting, Always-on visual input, Gesture Detection, Simultaneous Localization And Mapping, Space Situational Awareness
Autonomous driving, Emergency breaking assist, Driver assistance, Collision avoidance, Pedestrian protection, Occupant identification and classification, Driver Monitoring Systems
VoxelFlow™ developed by Terranet AB in conjunction with Mercedes-Benz, uses Prophesee Metavision® Event-Based Vision sensor so that autonomous driving (AD) and advanced driver-assistance systems (ADAS) can quickly and accurately understand and decipher what’s in front of them, enhancing existing radar, lidar, and camera systems that particularly struggle within 30 to 40 meters, when an accident is most likely to take place.
The patent that Brainchip licensed is related to the JAST learning rule. So Brainchips proprietary learning rules and Prophesee share their origin story with Bernabe Linares-Barranco
1. Unsupervised detection of repeating patterns in a series of events, EuropeanPatent Office EP16306525 Nov-2016, Amirreza Yousefzadeh, Timothee Masquelier, Jacob Martin, Simon Thorpe, Licensed to the Californian start-up BrainChip.
2. Method, digital electronic circuit and system for unsupervised detection of repeating patterns in a series of events, European Patent Office EP17305186 Feb2017, Amirreza Yousefzadeh, Bernabe Linares-Barranco, Timothee Masquelier,Jacob Martin, Simon Thorpe, Exclusive Licensed to the Californian start-up BrainChip.
A quote by none other than our number one research contributor "uiux" back in July 2020
"Sony/Prophesee vision sensor is a perfect match for Brainchips Akida. It was made for it."
Well, now it's a full blown reality and the potential is truly breathtaking, just do yourselves a favour and have a long hard look at the event based vision applications page on Prophesee's website ( link above )
Picked up another 30,000 shares this week and just can't get enough to be honest.
When the penny drops on a bigger scale, the buying stampede is going to be epic and when you combine that with the lunatics that continue to short the stock, it's going to be a thing of beauty to watch.
Just my personal opinion of course and should not be considered financial advice, please DYOR
But hey if it hits 300 dollars who cares
. (I know I know I know, calm down everyone I know I’m being too optimistic yada yada etc etc… ). (We all know it’s more like 3000 dollars SP… oops what have I done
)
Taproot
Regular
It is clearly the next logical step.
The partnership between BrainChip and Prophesee will give the market more commercially available neuromorphic vision systems for potential applications in autonomous vehicular systems, industrial automation, IoT, security, surveillance, retail automation, and AR/VR.
“By combining Prophesee’s Metavision solution with Akida-based IP, we are better able to deliver a complete high-performance and low-power solution to OEMs looking to leverage edge-based visual technologies as part of their product offerings,” said Luca Verre, CEO and co-founder of Prophesee.”
Prophesee + Sony + Brainchip
Will be the world's gold standard in Event Based Neuromorphic Vision Technology
The 3 are world leaders in their fields of expertise and combined they are a match made in heaven !
wilzy123
Founding Member
For Fucks sake, this site is now just embarrasing, so many precious petals with their head up their arses, who just have to be right, but sook as soon as they cop a question or differing viewpoint. A Grade cringe
Sayonara
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