BRN Discussion Ongoing

[Bravo]

On Dec 29, Chinese researchers from Zhejiang University Hangzhou published a paper on arXiv titled Darwin3: A large-scale neuromorphic chip with a Novel ISA and On-Chip Learning. (Take note that submissions on arXiv must be from registered authors and are moderated but not peer-reviewed, although some authors posting preprints on arXiv - and thus benefitting from immediate feedback in the open-access community and extending their potential citation readership - go on to publish them in peer-reviewed journals).

Not for the first time, however, Akida is missing from the comparison with other state-of-the-art neuromorphic chips (plus the table still lists IBM’s TrueNorth instead of the recently unveiled NorthPole). This of course begs the question “Why?!” And the two likeliest answers IMO are: a) the authors did not know about Akida or b) they did not want Akida to outshine their baby.

I’ll leave it to our resident hardware experts to comment on the question whether Darwin3, which constitutes the third generation of the Darwin family of neuromorphic chips and is claimed to have up to 2.35 million neurons and on-chip learning, could be serious future competition.
A quick search here on TSE did not yield any reference to either its predecessors Darwin (2015) or Darwin2 (2019).

https://arxiv.org/pdf/2312.17582.pdf

View attachment 53414

View attachment 53415

Article published 15 hours ago.

Chinese Chip Ignites Global Neuromorphic Computing Competition​

Environmental monitoring could also benefit from Darwin3. Smart sensors using Darwin3 could analyze environmental data in real-time, providing immediate insights into climate conditions and helping us better manage natural resources.
by SLG Syndication

May 27, 2024

2 mins read

[ Illustration: The China Academy]
A typical computer chip, such as one found in a personal desktop for non-professional use, consumes around 100 watts of power. AI, on the other hand, requires significantly more energy. It is estimated that ChatGPT would consume approximately 300 watts per second to answer a single question. In contrast, the human brain is much more energy-efficient, requiring only around 10 watts of power, comparable to that of a lightbulb. This exceptional energy efficiency is one of the reasons why scientists are interested in modeling the next generation of microchips after the human brain.
In the bustling tech landscape of Hangzhou, China, a team of researchers at Zhejiang University has made a significant leap in the world of neuromorphic computing with the development of their latest innovation, the Darwin3 chip. This groundbreaking piece of technology promises to transform how we simulate brain activity, paving the way for advancements in artificial intelligence, robotics, and beyond.

Neuromorphic chips are designed to emulate the architecture and functioning of the human brain. Unlike traditional computers that process information in a linear, step-by-step manner, these chips operate more like our brains, processing multiple streams of information simultaneously and adapting to new data in real-time.
The Darwin3 chip is a marvel of modern engineering, specifically designed to work with Spiking Neural Networks (SNNs). SNNs are a type of artificial neural network that mimics the way neurons and synapses in the human brain communicate. While conventional neural networks use continuous signals to process information, SNNs use discrete spikes, much like the bursts of electrical impulses that our neurons emit.

Test environment. (a) The test chip and system board. (b) Application development process.
One of the standout features of Darwin3 is its flexibility in simulating various types of neurons. Just as an orchestra can produce a wide range of sounds by utilizing different instruments, Darwin3 can emulate different neuron models to suit a variety of tasks, from basic pattern recognition to complex decision-making processes.
To achieve this goal, Darwin3’s key innovations is its domain-specific instruction set architecture (ISA). This custom-designed set of instructions allows the chip to efficiently describe diverse neuron models and learning rules, including the integrate-and-fire (LIF) model, Izhikevich model, and Spike-Timing-Dependent Plasticity (STDP). This versatility enables Darwin3 to tackle a wide range of computational tasks, making it a highly adaptable tool for AI development.

Another significant breakthrough is Darwin3’s efficient memory usage. Neuromorphic computing faces the challenge of managing vast amounts of data involved in simulating neuronal connections. Darwin3 overcomes this hurdle with an innovative compression mechanism that dramatically reduces memory usage. Imagine shrinking a massive library of books into a single, compact e-reader without losing any content—this is akin to what Darwin3 achieves with synaptic connections.
Perhaps the most exciting feature of Darwin3 is its on-chip learning capability. This allows the chip to learn and adapt in real-time, much like how humans learn from experience. Darwin3 can modify its behavior based on new information, leading to smarter and more autonomous systems.

The implications of Darwin3’s technology are far-reaching and transformative. In healthcare, prosthetic limbs powered by Darwin3 could learn and adapt to a user’s movements, offering a more intuitive and natural experience. This could significantly enhance the quality of life for amputees.
In robotics, robots equipped with Darwin3 could navigate complex environments with greater ease and efficiency, similar to how humans learn to maneuver through crowded spaces. This capability could revolutionize industries from manufacturing to space exploration.
Environmental monitoring could also benefit from Darwin3. Smart sensors using Darwin3 could analyze environmental data in real-time, providing immediate insights into climate conditions and helping us better manage natural resources.
The Darwin3 chip represents a monumental step forward in neuromorphic computing, bringing us closer to creating machines that can think and learn in ways previously thought impossible. As this technology continues to evolve, we anticipate a future where intelligent systems seamlessly integrate into our daily lives, enhancing everything from medical care to environmental conservation. The research is recently published in the journal National Science Review.
Source: China Academy

Chinese Chip Ignites Global Neuromorphic Computing Competition – Sri Lanka Guardian

slguardian.org

 

[7für7]

So, you all sell now because zeeb0t told you to buy his product yeah? Nice move fellas… nice move! HOOOOLD

 

[Gazzafish]

https://www.wevolver.com/article/en...tion-using-neuromorphic-computing-and-edge-ai

Extract only below:-

Enhancing Smart Homes with Pose Detection Using Neuromorphic Computing and Edge AI​

Ravi Rao
22 May, 2024
FOLLOW
Sponsored by

Pose detection technology leverages advanced machine learning algorithms to interpret human movements in real-time, enabling seamless, intuitive device control through simple gestures.​

Artificial Intelligence
- Electronics
- Embedded Machine Learning
- Embedded Systems
- Microcontroller

Introduction​

Edge AI transforms smart home technology by enabling real-time data processing directly on devices, reducing latency, and enhancing privacy. In home automation, this leads to more responsive and efficient control systems. One notable application is gesture recognition through pose detection, which allows users to control devices with simple movements.
This article features a project on developing a gesture-based appliance control system using the BrainChip Akida Neural Processor AKD1000 SoC and the Edge Impulse platform. We'll discuss hardware and software requirements, the setup process, data collection, model training, deployment, and practical demonstrations. Additionally, we'll explore integrating the system with Google Assistant for enhanced functionality.

Edge AI in Home Automation​

In home automation, Edge AI enables smart devices to respond quickly to user inputs and environmental changes. This local processing power is crucial for applications requiring immediate feedback, such as security systems, smart lighting, and environmental controls.
By processing data at the edge, smart home devices can operate independently of an internet connection, ensuring continuous functionality. This also reduces the risk of data breaches as sensitive information remains within the local network.

Pose Detection with Edge AI​

Pose detection is a technology that captures and analyzes human body movements and postures in real time. Using machine learning algorithms, pose detection systems identify key points on the human body, such as joints and limbs, and track their positions and movements. This data can then be used to recognize specific gestures and postures, enabling intuitive, hands-free interaction with various devices.
Pose detection typically involves several steps:

1. Image Capture: A camera or other sensor captures images or video of the user.
2. Preprocessing: The captured images are processed to enhance quality and remove noise.
3. Key Point Detection: Machine learning models identify and track key points on the body, such as elbows, knees, and shoulders.
4. Pose Estimation: The system estimates the user's pose by analyzing the positions and movements of the detected key points.
5. Gesture Recognition: Specific gestures are identified based on predefined patterns in the user's movements.

Pose detection has a wide range of applications beyond home automation, including:

• Gaming: Enhancing user experience with motion-controlled games.
• Healthcare: Monitoring patients' movements and posture for rehabilitation and physical therapy.
• Fitness: Providing real-time feedback on exercise form and performance.
• Security: Recognizing suspicious behavior in surveillance systems.

In home automation, pose detection can be particularly powerful, turning everyday tasks into seamless, interactive experiences, and enhancing the overall functionality and appeal of smart homes. In this context, the project "Gesture Appliances Control with Pose Detection" stands out as a great example of how pose detection can be used for home automation. Developed by Christopher Mendez, this innovative idea leverages the BrainChip AKD1000 to enable users to control household appliances with simple finger-pointing gestures.
Further reading: Gesture Recognition and Classification Using Infineon PSoC 6 and Edge AI
By combining neuromorphic processing with machine learning, the system achieves high accuracy and low power consumption, making it a practical and efficient solution for modern smart homes.

Gesture Appliances Control with Pose Detection - BrainChip AKD1000​

Control your TV, Air Conditioner or Lightbulb by just pointing your finger at them, using the BrainChip AKD1000 achieving great accuracy and low power consumption.
Created By: Christopher Mendez
Public Project Link: Edge Impulse Experts / Brainchip-Appliances-Control-Full-Body

 

[Dugnal]

Article published 15 hours ago.

Chinese Chip Ignites Global Neuromorphic Computing Competition​

Environmental monitoring could also benefit from Darwin3. Smart sensors using Darwin3 could analyze environmental data in real-time, providing immediate insights into climate conditions and helping us better manage natural resources.
by SLG Syndication

May 27, 2024

2 mins read

[ Illustration: The China Academy]
A typical computer chip, such as one found in a personal desktop for non-professional use, consumes around 100 watts of power. AI, on the other hand, requires significantly more energy. It is estimated that ChatGPT would consume approximately 300 watts per second to answer a single question. In contrast, the human brain is much more energy-efficient, requiring only around 10 watts of power, comparable to that of a lightbulb. This exceptional energy efficiency is one of the reasons why scientists are interested in modeling the next generation of microchips after the human brain.
In the bustling tech landscape of Hangzhou, China, a team of researchers at Zhejiang University has made a significant leap in the world of neuromorphic computing with the development of their latest innovation, the Darwin3 chip. This groundbreaking piece of technology promises to transform how we simulate brain activity, paving the way for advancements in artificial intelligence, robotics, and beyond.

Neuromorphic chips are designed to emulate the architecture and functioning of the human brain. Unlike traditional computers that process information in a linear, step-by-step manner, these chips operate more like our brains, processing multiple streams of information simultaneously and adapting to new data in real-time.
The Darwin3 chip is a marvel of modern engineering, specifically designed to work with Spiking Neural Networks (SNNs). SNNs are a type of artificial neural network that mimics the way neurons and synapses in the human brain communicate. While conventional neural networks use continuous signals to process information, SNNs use discrete spikes, much like the bursts of electrical impulses that our neurons emit.

Test environment. (a) The test chip and system board. (b) Application development process.
One of the standout features of Darwin3 is its flexibility in simulating various types of neurons. Just as an orchestra can produce a wide range of sounds by utilizing different instruments, Darwin3 can emulate different neuron models to suit a variety of tasks, from basic pattern recognition to complex decision-making processes.
To achieve this goal, Darwin3’s key innovations is its domain-specific instruction set architecture (ISA). This custom-designed set of instructions allows the chip to efficiently describe diverse neuron models and learning rules, including the integrate-and-fire (LIF) model, Izhikevich model, and Spike-Timing-Dependent Plasticity (STDP). This versatility enables Darwin3 to tackle a wide range of computational tasks, making it a highly adaptable tool for AI development.

Another significant breakthrough is Darwin3’s efficient memory usage. Neuromorphic computing faces the challenge of managing vast amounts of data involved in simulating neuronal connections. Darwin3 overcomes this hurdle with an innovative compression mechanism that dramatically reduces memory usage. Imagine shrinking a massive library of books into a single, compact e-reader without losing any content—this is akin to what Darwin3 achieves with synaptic connections.
Perhaps the most exciting feature of Darwin3 is its on-chip learning capability. This allows the chip to learn and adapt in real-time, much like how humans learn from experience. Darwin3 can modify its behavior based on new information, leading to smarter and more autonomous systems.

The implications of Darwin3’s technology are far-reaching and transformative. In healthcare, prosthetic limbs powered by Darwin3 could learn and adapt to a user’s movements, offering a more intuitive and natural experience. This could significantly enhance the quality of life for amputees.
In robotics, robots equipped with Darwin3 could navigate complex environments with greater ease and efficiency, similar to how humans learn to maneuver through crowded spaces. This capability could revolutionize industries from manufacturing to space exploration.
Environmental monitoring could also benefit from Darwin3. Smart sensors using Darwin3 could analyze environmental data in real-time, providing immediate insights into climate conditions and helping us better manage natural resources.
The Darwin3 chip represents a monumental step forward in neuromorphic computing, bringing us closer to creating machines that can think and learn in ways previously thought impossible. As this technology continues to evolve, we anticipate a future where intelligent systems seamlessly integrate into our daily lives, enhancing everything from medical care to environmental conservation. The research is recently published in the journal National Science Review.
Source: China Academy

Chinese Chip Ignites Global Neuromorphic Computing Competition – Sri Lanka Guardian

slguardian.org

Here is a good example of what Brainchip is missing.. Good PR. I thought the last question at the AMG was the best question there as it eluded to our poor PR. Brainchip only have about 13K of followers when we should have 100'sK of followers given we are suppose to be a world leader in our field. Also having a small amateur looking stand at trade shows etc. I believe our management need to urgently address this situation and start getting a PR agency on the job so we get onto Business channels and business journals etc. The CEO having a yearly interview with a small Australian Stock Analyst company is not going to cut it. He should be having interviews with the likes of Bloomberg channel and others like that... More impressive professional trade show stands and not a table with creased tabletop and a few PC like items demo'ing. Promoting our leading technology to the masses and how we can help improve the world and humanity. Maybe Management have it in mind and are awaiting till we have a couple more contracts.. If we want to be a big professional company then we need to think and act like one... I sure hope we will very soon.

 

[wilzy123]

7für7 said:
Mate….I know people whose grandparents also run a business in which they specialized. That doesn't mean they ( the grandchildren) automatically know everything. The media landscape is constantly changing. Camera work, which is meant to evoke a certain drama, is also evolving. Imagine if films were still shot the same way they were in your grandparents' time… I come from this field as well, so relax… my great-great-great-grandparents were already doing theater, and my ancestors invented drama and comedy…so!?

Reply,

Respect is urnt not given

I have taken a few days off as it’s in my blood to get very angry at disrespectful people like yourself 7fur7.

As you started all this....I’ll finish it with this note,

I have spent all my whole life in TV and Film Production being 63 years now with my first job at 16 you do maths, my comment of ...... it’s in my blood ...you took out of context and proceeded to be a smart arse and try and insult me with your above rambling comments, accusing me of being the grandkid running off his grandparents not knowing what I am talking about.

You don’t have a clue but chose to take the path of insult.
I have attached the standard video presentations formats professional producers use and the reasons why it is the standard requirements to engage with the audience in a professional manner , your cut and paste of documentaries / non fiction films that you quickly put up without any reason but IMO to be a smart arse and which you think is correct are just plan wrong and irrelevant for this format.

By the way I have sent this on to the stock broker video team so they take more care next time around when Sean is trying to find which camera to look at, very unprofessional and relevant to me as a shareholder that it needs attention.

My apologies to everyone for this continued discussion, however this is relevant and needs to be cleared up.

I won’t except disrespect from someone whom thinks he knows everything and tries to belittle people to make himself look good imo.

I have said my peace now and that’s all I have to say moving forward.

See below.

 

[toasty]

Here is a good example of what Brainchip is missing.. Good PR. I thought the last question at the AMG was the best question there as it eluded to our poor PR. Brainchip only have about 13K of followers when we should have 100'sK of followers given we are suppose to be a world leader in our field. Also having a small amateur looking stand at trade shows etc. I believe our management need to urgently address this situation and start getting a PR agency on the job so we get onto Business channels and business journals etc. The CEO having a yearly interview with a small Australian Stock Analyst company is not going to cut it. He should be having interviews with the likes of Bloomberg channel and others like that... More impressive professional trade show stands and not a table with creased tabletop and a few PC like items demo'ing. Promoting our leading technology to the masses and how we can help improve the world and humanity. Maybe Management have it in mind and are awaiting till we have a couple more contracts.. If we want to be a big professional company then we need to think and act like one... I sure hope we will very soon.

I hear you. It almost seems like management are deliberately "hiding their light under a bushel". Perhaps at the behest of a tech major whilst they get a head start? Or maybe the incoming CMO will address the issue and get us the media and public attention we deserve, starting with Australia. I get that the majors and most of the potential customers are overseas but BRN is an Australian public company that should be WAY better represented to the investment community in its "home". I have long held the view that management regard the fact that we are an Oz company as an annoyance and would much rather we were listed in the US. I too would rather we were listed on, say, the NASDAQ but with the numbers the way they are that's not going to happen for a long time yet.

 

[Guzzi62]

Here is a good example of what Brainchip is missing.. Good PR. I thought the last question at the AMG was the best question there as it eluded to our poor PR. Brainchip only have about 13K of followers when we should have 100'sK of followers given we are suppose to be a world leader in our field. Also having a small amateur looking stand at trade shows etc. I believe our management need to urgently address this situation and start getting a PR agency on the job so we get onto Business channels and business journals etc. The CEO having a yearly interview with a small Australian Stock Analyst company is not going to cut it. He should be having interviews with the likes of Bloomberg channel and others like that... More impressive professional trade show stands and not a table with creased tabletop and a few PC like items demo'ing. Promoting our leading technology to the masses and how we can help improve the world and humanity. Maybe Management have it in mind and are awaiting till we have a couple more contracts.. If we want to be a big professional company then we need to think and act like one... I sure hope we will very soon.

Sadly analyst or big news outlets have no interest in OTC (penny stock) in the US whatsoever, nada.

We have to get on NASDAQ to gain interest from everyone (US) like: Big institutional investors (Not allowed investing in OTC generally), analyst and large news outlets.

That's where the real big money are.

So at around 4-5US$ a share and things could get interesting very quickly.

 

[7für7]

Here is a good example of what Brainchip is missing.. Good PR. I thought the last question at the AMG was the best question there as it eluded to our poor PR. Brainchip only have about 13K of followers when we should have 100'sK of followers given we are suppose to be a world leader in our field. Also having a small amateur looking stand at trade shows etc. I believe our management need to urgently address this situation and start getting a PR agency on the job so we get onto Business channels and business journals etc. The CEO having a yearly interview with a small Australian Stock Analyst company is not going to cut it. He should be having interviews with the likes of Bloomberg channel and others like that... More impressive professional trade show stands and not a table with creased tabletop and a few PC like items demo'ing. Promoting our leading technology to the masses and how we can help improve the world and humanity. Maybe Management have it in mind and are awaiting till we have a couple more contracts.. If we want to be a big professional company then we need to think and act like one... I sure hope we will very soon.

We will see what this Chinese chip can do…
I personally find Sean's response to this question regarding their PR measures very good. Personally, I'm also glad we don't have CEOs who just make a lot of noise without setting the sails. Look at some who boast too much and then go under... like MULLN and others. Big mouth, nothing behind it. Those who hold their shares long-term don't need short-term hyped news... you can see what happened after the Benz announcement... time will tell.

 

[7für7]

Sadly analyst or big news outlets have no interest in OTC (penny stock) in the US whatsoever, nada.

We have to get on NASDAQ to gain interest from everyone (US) like: Big institutional investors (Not allowed investing in OTC generally), analyst and large news outlets.

That's where the real big money are.

So at around 4-5US$ a share and things could get interesting very quickly.

Without solid license signings… big revenue in long term, Nasdaq will smash us like nothing… take care what you wish

 

[Guzzi62]

Without solid license signings… big revenue in long term, Nasdaq will smash us like nothing… take care what you wish

I didn't say anything about up-listing with or without income did I?

That just common sense, off course you don't go there before you are ready.

 

[7für7]

I didn't say anything about up-listing with or without income did I?

That just common sense, off course you don't go there before you are ready.

It was just generally meant. More like an Add.
Because some people don’t know what it means to be in the Nasdaq. Even you’re qualified and you are a solid company, when you get in they will try to suck you out. Some companies gave up stock market and turned to normal LLC because they got tired of this game… nothing against your post

 

[toasty]

It was just generally meant. More like an Add.
Because some people don’t know what it means to be in the Nasdaq. Even you’re qualified and you are a solid company, when you get in they will try to suck you out. Some companies gave up stock market and turned to normal LLC because they got tired of this game… nothing against your post

Wow, are you an expert on this as well!!

 

[IloveLamp]

 

[7für7]

Wow, are you an expert on this as well!!

Go and eat a snickers Karen

 

[HarryCool1]

View attachment 63854

Let me just get comfy!

 

[toasty]

Go and eat a snickers Karen

Just the sort of infantile response I was expecting

 

[7für7]

Just the sort of infantile response I was expecting

Yeah thank god your previous response to my post was full of academic analysis and fundamental evidence .

 

[mrgds]

Another interesting video which from 10.00 time stamp goes into the next Ai iteration .......... SNNs

 

[toasty]

Yeah thank god your previous response to my post was full of academic analysis and fundamental evidence .

Sorry, it was a Furfy.........

 

[Dugnal]

Sadly analyst or big news outlets have no interest in OTC (penny stock) in the US whatsoever, nada.

We have to get on NASDAQ to gain interest from everyone (US) like: Big institutional investors (Not allowed investing in OTC generally), analyst and large news outlets.

That's where the real big money are.

So at around 4-5US$ a share and things could get interesting very quickly.

Yes it maybe nice to be on NASDAQ but management have stated they are happy being on ASX. Some years ago I was invested in an ASX company (With a OTC listing also) and they were on some of the big business shows in USA, on multiple occassions... so it can be done. Maybe we can wait till some contracts are signed beforehand.