Oops, sorry i meant the Quarterly podcast Episode 7 with TD and Sean. My communication error there.
BRN Discussion Ongoing
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FiveBucks
Regular
One thing Tom and Jerry and Sean have in common is that they have both signed the same amount of IP deals in the last two years.
7für7
Top 20
It’s funny how all the shorters and sellers complain about the falling share price or pretend to be concerned, even though they’re the main ones responsible for the downward movement. What a bunch of clowns.
7für7
Top 20
Wow, and I bet you’d achieve a historic result for the company in just two months through licensing agreements with every company wanting to use AI, right? You should apply quickly, genius!One thing Tom and Jerry and Sean have in common is that they have both signed the same amount of IP deals in the last two years.
You look at this issue too simply. For some reason you don't seem (or want) to comprehend that someone can believe in the technology but still be very unhappy with management (eg huge renumeration without verifiable results, lack of communication/IR and over promising and under delivering just to name a few).
I for one want to believe this is the year for BRN, but unfortunately I've heard it all before.
It's time from BRN to actually demonstrate real commercial success to shareholders.
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Space Cadet
Regular
https://www.connectedpapers.com/mai...e-Devices-using-Spiking-Neural-Networks/graph
This.must be a possibility. Our old mates from TCS. Apologies if already posted.
SC
This.must be a possibility. Our old mates from TCS. Apologies if already posted.
SC
Pom down under
Top 20
Sure was another pump and dump and the mother f..kers sure making some $$&$ out of em.
This is one of the linked papers by Dey et al:
Connected Papers | Find and explore academic papers
A unique, visual tool to help researchers and applied scientists find and explore papers relevant to their field of work.
In recent times, in many industrial domains, the need for in-situ processing of time series data from sensors have grown extensively, to ensure low-latency real-time responses, making embedded edge AI an important area of work. Most current techniques, being computationally intensive, are not suited for edge implementation; and in real world scenarios, connectivity to the cloud for processing sensed data leads to higher latency and often less reliability. Neuromorphic systems, coupled with spiking neural networks (SNN) offer a solution to such problems.
This paper explores this evolving paradigm to address the need for low-footprint efficient time series classifiers implementable on edge, and targeted for predictive maintenance scenarios.
A reservoir-based SNN architecture is designed and tried for classification of different vibration time series datasets. While the system is found to obtain at par classification accuracy for each of the datasets compared to prior arts, it is also observed to be more efficient in terms of synaptic operations per timestep (13% to 38%) using Gaussian temporal spike encoding scheme compared to Poisson rate encoding. Moreover, the system is found to be robust with respect to learning with reduction in training data (upto 20%).
Tata have a patent application for the reservoir-based SNN:
US2024176987A1 METHOD AND SYSTEM OF SPIKING NEURAL NETWORK-BASED ECG 20221125
This disclosure relates generally to method and system for spiking neural network based ECG classifier for wearable edge devices. Employing deep neural networks to extract the features from ECG signal have high computational intensity and large power consumption. The spiking neural network of the present disclosure obtains a training dataset comprising a plurality of ECG time-series data. The spiking neural network comprise a reservoir-based spiking neural network and a feed forward based spiking neural network. Each of the spiking neural network having a logistic regression-based ECG classifier are trained to classify one or more class labels. The peak-based spike encoder of each spiking neural network obtains a plurality of encoded spike trains from the plurality of ECG time-series. The peak-based spike encoder provides high performance for classifying one or more labels. Efficacy of the peak-based spike encoder for classification is experimentally evaluated with different datasets.
[0037] The SNN layer 304 obtains neuronal trace values of a plurality of feed forward neurons from the plurality of encoded spike trains. Further, a second set of spatio-temporal features are extracted based on the neuronal trace values of the plurality of feed forward neurons for each ECG time-series data from each feed-forward neuron.
The reservoir-based SNN sounds like some sort of LSTM (or TENNs?), while the feedforward SNN fits with Akida.
LongTermInvestor
Regular
In my opinion, I do not believe they are genuine shareholders. They are most likely short sellers disguised as unhappy shareholders. The short sellers on the crapper site are acting like a pack of wolves. In fact, they are probably working for the same entity. My observation is that these short sellers are trying to psychologically "break" the long-term shareholders in order to get them to sell.
They are using the following tactics:
- Personally attacking the management – in particular, our CEO.
One example is that the short sellers claim the CEO shows no confidence due to the recent share sales for tax purposes. My interpretation is that the CEO is very confident, as his shares are increasing year by year. Indeed, the CEO will become an extremely wealthy man if BRN rockets up to the moon! There is enough motivation for him to launch the company to the moon! - Talking down the company's progress every day (including Saturday and Sunday). They are trying to bombard the long term share holders days and nights - with pretty much the same contents. The ultimate goal is to induce fear until people sell, so they can cover their short positions to make profits.
- Pretending to be a chart expert – claiming that the recent rally is a Dead Cat Bounce (DCB).
As you are probably aware, all charts can be interpreted in different ways. In fact, if you go through the crapper forum on another stock 'ZIP', there have been self-proclaimed 'chartists' saying it was a DCB despite the fact that the share price itself has bounced more than 10 times in the last 12 months. - Adding short positions. If you Google 'ASIC Short', you can see that BRN's aggregated short position has increased in the recent weeks, which coincides with the retracement of the share price from around 30 cents.
Once some announcements are dropped, I can see these short sellers will be severely burned – just like the GameStop short-squeeze scenario happened not long ago!!!
All in my opinion. DYOR!
Good luck to all long term investors!
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FiveBucks
Regular
Since you always like to give out life advice, here's some for you. Lighten up!
The patent seems to be directed more to the NN "software" models and operating methods, and not to the hardware.This is one of the linked papers by Dey et al:
Connected Papers | Find and explore academic papers
A unique, visual tool to help researchers and applied scientists find and explore papers relevant to their field of work.www.connectedpapers.com
In recent times, in many industrial domains, the need for in-situ processing of time series data from sensors have grown extensively, to ensure low-latency real-time responses, making embedded edge AI an important area of work. Most current techniques, being computationally intensive, are not suited for edge implementation; and in real world scenarios, connectivity to the cloud for processing sensed data leads to higher latency and often less reliability. Neuromorphic systems, coupled with spiking neural networks (SNN) offer a solution to such problems.
This paper explores this evolving paradigm to address the need for low-footprint efficient time series classifiers implementable on edge, and targeted for predictive maintenance scenarios.
A reservoir-based SNN architecture is designed and tried for classification of different vibration time series datasets. While the system is found to obtain at par classification accuracy for each of the datasets compared to prior arts, it is also observed to be more efficient in terms of synaptic operations per timestep (13% to 38%) using Gaussian temporal spike encoding scheme compared to Poisson rate encoding. Moreover, the system is found to be robust with respect to learning with reduction in training data (upto 20%).
Tata have a patent application for the reservoir-based SNN:
US2024176987A1 METHOD AND SYSTEM OF SPIKING NEURAL NETWORK-BASED ECG 20221125
This disclosure relates generally to method and system for spiking neural network based ECG classifier for wearable edge devices. Employing deep neural networks to extract the features from ECG signal have high computational intensity and large power consumption. The spiking neural network of the present disclosure obtains a training dataset comprising a plurality of ECG time-series data. The spiking neural network comprise a reservoir-based spiking neural network and a feed forward based spiking neural network. Each of the spiking neural network having a logistic regression-based ECG classifier are trained to classify one or more class labels. The peak-based spike encoder of each spiking neural network obtains a plurality of encoded spike trains from the plurality of ECG time-series. The peak-based spike encoder provides high performance for classifying one or more labels. Efficacy of the peak-based spike encoder for classification is experimentally evaluated with different datasets.
[0037] The SNN layer 304 obtains neuronal trace values of a plurality of feed forward neurons from the plurality of encoded spike trains. Further, a second set of spatio-temporal features are extracted based on the neuronal trace values of the plurality of feed forward neurons for each ECG time-series data from each feed-forward neuron.
The reservoir-based SNN sounds like some sort of LSTM (or TENNs?), while the feedforward SNN fits with Akida.
This is the patent application for the reservoir-based (LSTM/TENNs) SNN:
US2023334300A1 METHODS AND SYSTEMS FOR TIME-SERIES CLASSIFICATION USING RESERVOIR-BASED SPIKING NEURAL NETWORK 20220418
The present disclosure relates to methods and systems for time-series classification using a reservoir-based spiking neural network, that can be used at edge computing applications. Conventional reservoir based SNN techniques addressed either by using non-bio-plausible backpropagation-based mechanisms, or by optimizing the network weight parameters. The present disclosure solves the technical problems of TSC, using a reservoir-based spiking neural network. According to the present disclosure, the time-series data is encoded first using a spiking encoder. Then the spiking reservoir is used to extract the spatio-temporal features for the time-series data. Lastly, the extracted spatio-temporal features of the time-series data is used to train a classifier to obtain the time-series classification model that is used to classify the time-series data in real-time, received from edge devices present at the edge computing network.
The patent does not discuss the hardware circuitry of the SNN processor. Given our well known relationship with TATA, it is certainly possible that the hardware is Akida.
I blocked all the clowns posting ONLY negative posts day after day.
I don't mind negative posts if they have merit, but being negative for the sake of being negative isn't right, and I have no use of their posts.
It's like they desperately want you to sell!
Ohh, and I blocked 007 for being a self important fool.
7für7
Top 20
Yeah, I can see you have your followers with you
well, alright, I guess it’s your prerogative.BUT…lightening….It’s not that simple to get things done, my friend. Even Buddhist monks can’t manage it, although they have no knowledge of CRAPPER and TSE. But how about this? How about you stop constantly complaining about things we have no influence over and trying to influence others? That sounds like a start.
Fullmoonfever
Top 20
Hi @Diogenese
Don't know if you saw this post when done back in late July but curious on your thoughts on Arduino adding support for the Akida PCIe. If you had any?
This open up another mkt avenue I presume and would they do this due inbound requests or just for the hell of it?
BRN Discussion Ongoing
Ambiguous announcement pending. NDA etc. etc. Sean at home reading this forum...
thestockexchange.com.au
equanimous
Norse clairvoyant shapeshifter goddess
Tothemoon24
Top 20
I like this blokes thinking
Question for all product professionals:
What do you do when a product is so innovative, so disruptive, and so perfect for solving billions of $ of problems, and providing billions of $ of savings but is so new and revolutionary that companies are afraid to be first?
This is the very unique problem faced by #BrainChip and when fear of being first gives way to the determination to solve problems that are bordering on crisis, technology companies around the world will line up for BrainChip's product. Until then, fear wins the day. #apple #google #auto #tesla
Question for all product professionals:
What do you do when a product is so innovative, so disruptive, and so perfect for solving billions of $ of problems, and providing billions of $ of savings but is so new and revolutionary that companies are afraid to be first?
This is the very unique problem faced by #BrainChip and when fear of being first gives way to the determination to solve problems that are bordering on crisis, technology companies around the world will line up for BrainChip's product. Until then, fear wins the day. #apple #google #auto #tesla
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supersonic001
Regular
this graph is our current reality…… less the BS !I checked the date of the BRN/TATA Elexi agreement - 20230830, more than a year after the filing of the reservoir-based SNN patent application, which. at first glance, suggests no BRN/Akida involvement.Hi @Diogenese
Don't know if you saw this post when done back in late July but curious on your thoughts on Arduino adding support for the Akida PCIe. If you had any?
This open up another mkt avenue I presume and would they do this due inbound requests or just for the hell of it?
BRN Discussion Ongoing
Ambiguous announcement pending. NDA etc. etc. Sean at home reading this forum...
So then I looked at the TATA Consultancy cooperation: 20191205:
https://www.biometricupdate.com/201...esture-recognition-technology-at-neurips-2019
BrainChip and Tata Consultancy Services unveil gesture recognition technology at NeurIPS 2019
Dec 5, 2019, 11:40 am EST | Luana PascuCategories Biometric R&D | Biometrics News | Biometrics Stocks
BrainChip, in partnership with Tata Consultancy Services (TCS), will showcase its hand gesture recognition technology using Dynamic Vision Sensor (DVS) spiking input on the Akida Neuromorphic Technology Platform at Neural Information Processing Systems conference (NeurIPS 2019) in Vancouver this month, the company announced.
The technology is outlined in a research paper named “Human Gesture Recognition using Spiking Input on Akida Neuromorphic Platform,” written by Sounak Dey, Arijit Mukherjee from TCS Research and Gilles Bézard, Douglas McLelland from BrainChip. The demonstration will include a presentation of the research.
The TCS authors are familiar faces and overlap with the inventors of the patent, so there is no doubt that the TCS inventors were working with Akida well before filing the patent.
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