BRN Discussion Ongoing

[Boab]

Hi FF,

Arm's engineers better find other projects to work on aside from inventing wedgie-proof undies because it looks like Amazon have already cornered this market. Whats-more I understand that Kim Kardashian has just released her new line of crotchless underwear, which also means that she has this area covered (or not covered so-to-speak).

View attachment 2407

What!!!! No more plumbers crack? How un Australian.

 

[Bravo]

My wife is intrigued with this new product and asks if Kim has a no fly zone over the “not covered area”

That's a very good question and it's one I can't answer at present. Hang on, I'll go fetch my packet and see if there's an instruction manual containing the information you seek.

 

[Frank Zappa]

That's a very good question and it's one I can't answer at present. Hang on, I'll go fetch my packet and see if there's an instruction manual containing the information you seek.

 

[JK200SX]

Hi FF,

Arm's engineers better find other projects to work on aside from inventing wedgie-proof undies because it looks like Amazon have already cornered this market. Whats-more I understand that Kim Kardashian has just released her new line of crotchless underwear, which also means that she has this area covered (or not covered so-to-speak).

View attachment 2407

Hmmm, how about an AKIDA powered wedgy proof g-string?

 

[Frank Zappa]

Hmmm, how about an AKIDA powered wedgy proof g-string?
View attachment 2409

And use its sense of small to be the decision making process to its self adjustment. Hmmmmm

 

[Utter1]

https://www.firstlinks.com.au/ai-to...09&utm_medium=email&utm_source=Email Campaign​

Why AI is today’s most important investment theme​

"The conclusion is clear: to win from the AI revolution, own today’s hyperscalers, Amazon, Microsoft and Alphabet (Google)."
"Andrew Macken
March 03, 2022

Hi John, there is limited space available in any newsletter and this article is a summary of considerable work by our team. We focus on deep research at Montaka and to that end there is a longer 5000 word research paper behind this article. We are also continually researching so our work here is always ongoing. As for BrainChip, we observed that Amazon and Alphabet, for example, each spend as much in R&D every 2 hours as BrainChip does in a full year. So there is a sizeable difference in scale here."

I post this article, not as a down ramper, but to demonstrate the monumental task that our marketing team have to overcome and highlight how some journalists, just don't get it.

 

[zeeb0t]

https://www.firstlinks.com.au/ai-todays-important-investment-theme?utm_campaign=Morning Note Free 20220309&utm_medium=email&utm_source=Email Campaign​

Why AI is today’s most important investment theme​

"The conclusion is clear: to win from the AI revolution, own today’s hyperscalers, Amazon, Microsoft and Alphabet (Google)."
"Andrew Macken
March 03, 2022

Hi John, there is limited space available in any newsletter and this article is a summary of considerable work by our team. We focus on deep research at Montaka and to that end there is a longer 5000 word research paper behind this article. We are also continually researching so our work here is always ongoing. As for BrainChip, we observed that Amazon and Alphabet, for example, each spend as much in R&D every 2 hours as BrainChip does in a full year. So there is a sizeable difference in scale here."

I post this article, not as a down ramper, but to demonstrate the monumental task that our marketing team have to overcome and highlight how some journalists, just don't get it.

I think it also demonstrates the achievement that has taken place. Innovation takes more than just dollars, but real passion/drive and brilliance, something Brainchip (PVDM for example) apparently has in spades. Maybe years ahead of others for every 2 days he spends.

 

[Boab]

https://www.firstlinks.com.au/ai-todays-important-investment-theme?utm_campaign=Morning Note Free 20220309&utm_medium=email&utm_source=Email Campaign​

Why AI is today’s most important investment theme​

"The conclusion is clear: to win from the AI revolution, own today’s hyperscalers, Amazon, Microsoft and Alphabet (Google)."
"Andrew Macken
March 03, 2022

Hi John, there is limited space available in any newsletter and this article is a summary of considerable work by our team. We focus on deep research at Montaka and to that end there is a longer 5000 word research paper behind this article. We are also continually researching so our work here is always ongoing. As for BrainChip, we observed that Amazon and Alphabet, for example, each spend as much in R&D every 2 hours as BrainChip does in a full year. So there is a sizeable difference in scale here."

I post this article, not as a down ramper, but to demonstrate the monumental task that our marketing team have to overcome and highlight how some journalists, just don't get it.

That doesn't appear to be proper research if all they look at is the $ spend?
I thought Roger Montgomery's team was better than that.

 

[Violin1]

Photo's? Strictly for scientific analysis and to understand how well they perform for the said application

This is all descending into a repeat of the Dildonics thread. I sense that the tribe is restless and we are only a step away from high jinks and horseplay. It'll end in tears, you mark my words....

 

[Boab]

 

[Boab]

Twice as many buyers as sellers.

 

[Diogenese]

https://www.firstlinks.com.au/ai-todays-important-investment-theme?utm_campaign=Morning Note Free 20220309&utm_medium=email&utm_source=Email Campaign​

Why AI is today’s most important investment theme​

"The conclusion is clear: to win from the AI revolution, own today’s hyperscalers, Amazon, Microsoft and Alphabet (Google)."
"Andrew Macken
March 03, 2022

Hi John, there is limited space available in any newsletter and this article is a summary of considerable work by our team. We focus on deep research at Montaka and to that end there is a longer 5000 word research paper behind this article. We are also continually researching so our work here is always ongoing. As for BrainChip, we observed that Amazon and Alphabet, for example, each spend as much in R&D every 2 hours as BrainChip does in a full year. So there is a sizeable difference in scale here."

I post this article, not as a down ramper, but to demonstrate the monumental task that our marketing team have to overcome and highlight how some journalists, just don't get it.

"He who contemneth small things ..."

5000 words - seems like a lot of wasted effort if it's that wide of the mark.

Amazon, Alphabet, Brainchip, IBM, Intel, ... Who's got the working SNN chip?

"Size isn't everything" as the actress said to the bishop.

 

[Mea culpa]

@Bravo77 @JK200SX @Frank Zappa @Violin1

Descending or perhaps ascending to the Dildonics discussion should also bring out @Esq.111 I wonder if @Dolci is about for an analysis whether there is a Chart pattern or correlation to a dead cat bounce? Being quite modest, even old-fashioned, I confess a preference for french knickers rather than a g-thingy. Apologies for the cat reference Bravo. I'll leave now.

 

[Fact Finder]

"He who contemneth small things ..."

5000 words - seems like a lot of wasted effort if it's that wide of the mark.

Amazon, Alphabet, Brainchip, IBM, Intel, ... Who's got the working SNN chip?

"Size isn't everything" as the actress said to the bishop.

One of the things I did as a lawyer was give my clients answers. On more than one occasion I had clients say “Why couldn’t the other lawyer just tell me that?”

5,000 words seems excessive to come up with the names of the tech giants. Seems like a huge number of 8 x 10 colour glossy photos being taken here to look like they know what they are doing - aka Alice’s Restaurant.

My opinion only DYOR
FF

AKIDA BALLISTA

 

[Fact Finder]

@Bravo77 @JK200SX @Frank Zappa @Violin1

Descending or perhaps ascending to the Dildonics discussion should also bring out @Esq.111 I wonder if @Dolci is about for an analysis whether there is a Chart pattern or correlation to a dead cat bounce? Being quite modest, even old-fashioned, I confess a preference for french knickers rather than a g-thingy. Apologies for the cat reference Bravo. I'll leave now.

Just so you know we have a faux science thread specifically for charts. I think it’s called Technical something. FF

 

[Fact Finder]

found this... no mention of brainchip... yet

Material suitable for university professors and IT geniuses

The new journal, Neuromorphic Computing and Engineering

Neuromorphic Computing and Engineering is a multidisciplinary, open access journal publishing cutting edge research on the design, development and application of artificial neural networks and systems from both a hardware and computational perspective.

Experts debate the possible paths to human-like AI – Physics World

A stellar line-up of computer designers and bioengineers will go head-to-head in a virtual debate that will explore whether the biological brain should influence the design of future AI systems

physicsworld.com

I am sorry but this debate is over before it begins. The question provides the answer:

Question: Should “the biological brain influence the design of future AI systems?

Answer: What is the alternative?

Debate over. Off to the bar.

My opinion only DYOR
FF

AKIDA BALLISTA

 

[Deleted member 118]

So you have seen me play. Bit unkind telling the whole world. FF

 

[Diogenese]

found this... no mention of brainchip... yet

Material suitable for university professors and IT geniuses

The new journal, Neuromorphic Computing and Engineering

Neuromorphic Computing and Engineering is a multidisciplinary, open access journal publishing cutting edge research on the design, development and application of artificial neural networks and systems from both a hardware and computational perspective.

Experts debate the possible paths to human-like AI – Physics World

A stellar line-up of computer designers and bioengineers will go head-to-head in a virtual debate that will explore whether the biological brain should influence the design of future AI systems

physicsworld.com

Hi greenwaves,

This article is from the journal you found.

Although the author makes reference to True North and Liohi, she assumes that all SNNs are analog.

https://iopscience.iop.org/article/10.1088/2634-4386/ac4918

Ferroelectric-based synapses and neurons for neuromorphic computing​

Erika Covi3,1, Halid Mulaosmanovic1, Benjamin Max2, Stefan Slesazeck3,1 and Thomas Mikolajick1,2

Published 7 February 2022 • © 2022 The Author(s). Published by IOP Publishing Ltd
Neuromorphic Computing and Engineering , Volume 2, Number 1Focus Issue on Hafnium Oxide-Based Neuromorphic DevicesCitation Erika Covi et al 2022 Neuromorph. Comput. Eng. 2 012002

A possible solution to optimize energy efficiency is to enable computing right next to where the data is collected, e.g., the sensor [4, 5]. In this respect, one of the most promising approaches is the neuromorphic approach, in particular the brain-inspired spiking neural network (SNN) [6]. SNNs owe their power efficiency to their hardware architecture, which uses artificial neurons and synapses to overcome the physical separation between memory and central processing unit typical of standard von Neumann architectures, and to the adoption of an asynchronous event-based approach that elaborates the information, in the form of spikes, only when available. Both industry and academia have already demonstrated interest in SNNs, defined as the third generation of neural networks, which resulted in remarkable neuromorphic processors such as IBM's TrueNorth [7], SpiNNaker [8], Intel's Loihi [9], DYNAP-SE [10], ODIN [11], and MorphIC [12]. However, in pure complementary metal-oxide-semiconductor (CMOS) solutions, the basic building elements of an SNN, i.e., neurons and synapses, present some non-negligible disadvantages. Indeed, neurons are rather complicated to realize. The simplest versions reproducing integrate-and-fire (I&F) behavior need at least an integrator, which also implies using a capacitor, which can occupy a rather large area depending on the time constants that need to be used, as well as a comparator. More complicated versions may need current sensors, capacitors, analogue-to-digital (ADC), and digital-to-analogue converters, with consequent area and power consumption requirements [13].
...
Memristive devices show a broad range of excellent properties, including non-volatile memory, analogue behaviour, high scalability, high read/program speed, high energy efficiency, and programming voltages comparable with the power supply of typical neuromorphic chips [14, 15]

Once again we see academia's blinkered concentration on analog SNNs. Analog behaviour also has the baggage of component variations due to manufacturing tolerance limits.

I've looked high and low, but can't find a capacitor in Akida's integrate and fire circuit. ['pologies if you've seen this before. Can't help myself - love this circuit - a thing of beauty]:

 

[Diogenese]

One of the things I did as a lawyer was give my clients answers. On more than one occasion I had clients say “Why couldn’t the other lawyer just tell me that?”

5,000 words seems excessive to come up with the names of the tech giants. Seems like a huge number of 8 x 10 colour glossy photos being taken here to look like they know what they are doing - aka Alice’s Restaurant.

My opinion only DYOR
FF

AKIDA BALLISTA

"You can get anything you want ... "

 

[Fact Finder]

Hi greenwaves,

This article is from the journal you found.

Although the author makes reference to True North and Liohi, she assumes that all SNNs are analog.

https://iopscience.iop.org/article/10.1088/2634-4386/ac4918

Ferroelectric-based synapses and neurons for neuromorphic computing​

Erika Covi3,1, Halid Mulaosmanovic1, Benjamin Max2, Stefan Slesazeck3,1 and Thomas Mikolajick1,2

Published 7 February 2022 • © 2022 The Author(s). Published by IOP Publishing Ltd
Neuromorphic Computing and Engineering , Volume 2, Number 1Focus Issue on Hafnium Oxide-Based Neuromorphic DevicesCitation Erika Covi et al 2022 Neuromorph. Comput. Eng. 2 012002

A possible solution to optimize energy efficiency is to enable computing right next to where the data is collected, e.g., the sensor [4, 5]. In this respect, one of the most promising approaches is the neuromorphic approach, in particular the brain-inspired spiking neural network (SNN) [6]. SNNs owe their power efficiency to their hardware architecture, which uses artificial neurons and synapses to overcome the physical separation between memory and central processing unit typical of standard von Neumann architectures, and to the adoption of an asynchronous event-based approach that elaborates the information, in the form of spikes, only when available. Both industry and academia have already demonstrated interest in SNNs, defined as the third generation of neural networks, which resulted in remarkable neuromorphic processors such as IBM's TrueNorth [7], SpiNNaker [8], Intel's Loihi [9], DYNAP-SE [10], ODIN [11], and MorphIC [12]. However, in pure complementary metal-oxide-semiconductor (CMOS) solutions, the basic building elements of an SNN, i.e., neurons and synapses, present some non-negligible disadvantages. Indeed, neurons are rather complicated to realize. The simplest versions reproducing integrate-and-fire (I&F) behavior need at least an integrator, which also implies using a capacitor, which can occupy a rather large area depending on the time constants that need to be used, as well as a comparator. More complicated versions may need current sensors, capacitors, analogue-to-digital (ADC), and digital-to-analogue converters, with consequent area and power consumption requirements [13].
...
Memristive devices show a broad range of excellent properties, including non-volatile memory, analogue behaviour, high scalability, high read/program speed, high energy efficiency, and programming voltages comparable with the power supply of typical neuromorphic chips [14, 15]

Once again we see academia's blinkered concentration on analog SNNs. Analog behaviour also has the baggage of component variations due to manufacturing tolerance limits.

I've looked high and low, but can't find a capacitor in Akida's integrate and fire circuit. ['pologies if you've seen this before. Can't help myself - love this circuit - a thing of beauty]:

View attachment 2412

Wait what's that I think it is, no sorry spaghetti sauce on the screen, your right no capacitor. FF