cassip
Regular
Hello Esq.
volume in Germany (Tradegate) 74,604 (8:23 am)
SP 0,6645 (up 3,67%)
Regards
cassip
BRN Discussion Ongoing
- Thread starter TechGirl
- Start date
volume in Germany (Tradegate) 74,604 (8:23 am)
SP 0,6645 (up 3,67%)
Regards
cassip
Deadpool
hyper-efficient Ai
I believe my wife has this terrible infliction
Morning Cassip,
Great stuff, hopefully our European holders see a bit more of a share price rise than us.
Cheers,
Esq.
What I find interesting at that other site (when I used to look there, never again!) was the shorters or downies used to post one of their favourite comments.
If it walks like a duck..... well all I can say is fuck them all, and I mean that with a capital F. I very rarely use poor language but sometimes it is really needed just to put in that special !!!!!!
That's right If it looks like a duck, swims like a duck, and quacks like a duck, then it probably is a duck. They like to use it as a negative, but no, BRN is very much looking like, sounding like and quacking like a duck, but only in the most positive way. In fact I'd say it's probably looking like Blind Freddy's pet duck TBH.
The further down the road we get, all I can see is companies like Megachips, Mercedes and this last ann from NVISO (not going to name them all) saying, this is ground breaking. This is out performing anything we thought, comments like "NVISO’s first neuromorphic optimised EVK was achieved in record time and exceeded all expectations”, said Tim Llewellynn, CEO of NVISO, “BrainChip has delivered an excellent development environment for AI software specialists like NVISO, and the maturity of their tools really show why they are first commercial neuromorphic processor IP to market."
This is not coming from Brainchip, and I believe we are going to see more and more companies showcasing Akida IP and saying the same thing, WELCOME TO THE NEW WORLD!
So when these people cast doubt and fear into others remember it works in reverse as well. BRN is a duck well probably an understatement, more like a goose, but one that comes from a story book, you know the one, it's starts with magic beans and a cow
If it walks like a duck..... well all I can say is fuck them all, and I mean that with a capital F. I very rarely use poor language but sometimes it is really needed just to put in that special !!!!!!
That's right If it looks like a duck, swims like a duck, and quacks like a duck, then it probably is a duck. They like to use it as a negative, but no, BRN is very much looking like, sounding like and quacking like a duck, but only in the most positive way. In fact I'd say it's probably looking like Blind Freddy's pet duck TBH.
The further down the road we get, all I can see is companies like Megachips, Mercedes and this last ann from NVISO (not going to name them all) saying, this is ground breaking. This is out performing anything we thought, comments like "NVISO’s first neuromorphic optimised EVK was achieved in record time and exceeded all expectations”, said Tim Llewellynn, CEO of NVISO, “BrainChip has delivered an excellent development environment for AI software specialists like NVISO, and the maturity of their tools really show why they are first commercial neuromorphic processor IP to market."
This is not coming from Brainchip, and I believe we are going to see more and more companies showcasing Akida IP and saying the same thing, WELCOME TO THE NEW WORLD!
So when these people cast doubt and fear into others remember it works in reverse as well. BRN is a duck well probably an understatement, more like a goose, but one that comes from a story book, you know the one, it's starts with magic beans and a cow
equanimous
Norse clairvoyant shapeshifter goddess
HopalongPetrovski
I'm Spartacus!
Hi, sorry, just had a look over there and can't see what you are referring too but it maybe by some entity I have previously blocked.
Can you give me a clue please?
M_C
Founding Member
Bravo
If ARM was an arm, BRN would be its biceps💪!
An excerpt of an interview with Carver Mead (founder of Synaptics, plus he used to work at Intel).
EXTRACT
Nitin Dahad: So, where do you think we are with neuromorphic chips today? The most famous is Intel Loihi, but there are others around there and there’s people who are doing spiking neural networks and all kinds of things. Where do you think we are? How far do you think we’ve got?
Carver Mead: Well, the vision systems have pioneered an important idea and that is that it changes in the information that are meaningful. It isn’t the mass of it. So, like in your visual image, the picture is nice, but actually what you see is that it is the changes that you act on yes. And that then became the beginning of event–driven computing. Now event–driven computing’s been known for a long time in principle. In terms of really making real time things that do that, it’s the dynamic — I think what’s now called dynamic vision sensors or something.
And that’s a deep idea. It sounds trivial, but to actually make it work well, we’re at the very beginning and it’s very hopeful that people are now, like you mentioned Intel and some of the others, building the event in as part of the way it works and that’s a very important new direction. And it sounds obvious, but it isn’t at all obvious how you actualize that, and it has to go find places where it works. And the dynamic vision thing is the first place where it’s kind of hook in. But it takes that long. It’s amazing.
Nitin Dahad: With neuromorphic computing and trying to emulate neurons, can you get to the efficiency level of the brain. I mean, you can never get that with the computing, but do you think analog computing might be able to help there?
Carver Mead: It is astounding how much effective computation gets done in the 20 watts in our brain. And that is really what we set out to try to figure out when we started the whole neuromorphic thing. We wanted to understand that phenomenon: how can it possibly be? Once you’ve tried to make applications that do anything even remotely like what animals do — even insects. The insect can do better than any of our self–navigating robotic things. And they’re little bitty things and they run on a milliwatt.
It’s astounding. We still don’t understand it. We’ve got some insights and it’s helped the interface between neurobiology and synthetic computing — making chips that do stuff is a very rich area. It has just begun to generate things that are commercially viable, but to evolve rapidly, they have to become commercially viable.
Nitin Dahad: So, does analog computing play an important part in that?
Carver Mead: That’s a good question. It’s difficult to see what should be done in analog in what should be done in digital. In the neural system in brains of animals, the signals that go over any appreciable distance are all digital — the nerve spikes, if you like. The computation in the dendritic tree of neurons is all analog, or it’s a combination. You have signals that come from the nerve spikes of other neurons and then you’re aggregating those in an analog way, but they’re sort of quasi–digital in nature.
No–one has yet been successful in building a thing that works like the dendritic tree of neurons. It’s a little surprising, but it’s a very difficult thing. The challenge, as a technical achievement, to realize a thing that works like a real dendritic tree, requires a level of gain control and stability and that’s, that’s beyond anything. When I finally gave up, I was trying to do that. And the technology we had in the day wasn’t enough to be able to do that.
And, of course, the technology has evolved to be more digital. So, to save some of the analog stuff, well, we still have analog stuff in the sensory end of things. So maybe that’s where the next thing is going to happen.
EXTRACT
Nitin Dahad: So, where do you think we are with neuromorphic chips today? The most famous is Intel Loihi, but there are others around there and there’s people who are doing spiking neural networks and all kinds of things. Where do you think we are? How far do you think we’ve got?
Carver Mead: Well, the vision systems have pioneered an important idea and that is that it changes in the information that are meaningful. It isn’t the mass of it. So, like in your visual image, the picture is nice, but actually what you see is that it is the changes that you act on yes. And that then became the beginning of event–driven computing. Now event–driven computing’s been known for a long time in principle. In terms of really making real time things that do that, it’s the dynamic — I think what’s now called dynamic vision sensors or something.
And that’s a deep idea. It sounds trivial, but to actually make it work well, we’re at the very beginning and it’s very hopeful that people are now, like you mentioned Intel and some of the others, building the event in as part of the way it works and that’s a very important new direction. And it sounds obvious, but it isn’t at all obvious how you actualize that, and it has to go find places where it works. And the dynamic vision thing is the first place where it’s kind of hook in. But it takes that long. It’s amazing.
Nitin Dahad: With neuromorphic computing and trying to emulate neurons, can you get to the efficiency level of the brain. I mean, you can never get that with the computing, but do you think analog computing might be able to help there?
Carver Mead: It is astounding how much effective computation gets done in the 20 watts in our brain. And that is really what we set out to try to figure out when we started the whole neuromorphic thing. We wanted to understand that phenomenon: how can it possibly be? Once you’ve tried to make applications that do anything even remotely like what animals do — even insects. The insect can do better than any of our self–navigating robotic things. And they’re little bitty things and they run on a milliwatt.
It’s astounding. We still don’t understand it. We’ve got some insights and it’s helped the interface between neurobiology and synthetic computing — making chips that do stuff is a very rich area. It has just begun to generate things that are commercially viable, but to evolve rapidly, they have to become commercially viable.
Nitin Dahad: So, does analog computing play an important part in that?
Carver Mead: That’s a good question. It’s difficult to see what should be done in analog in what should be done in digital. In the neural system in brains of animals, the signals that go over any appreciable distance are all digital — the nerve spikes, if you like. The computation in the dendritic tree of neurons is all analog, or it’s a combination. You have signals that come from the nerve spikes of other neurons and then you’re aggregating those in an analog way, but they’re sort of quasi–digital in nature.
No–one has yet been successful in building a thing that works like the dendritic tree of neurons. It’s a little surprising, but it’s a very difficult thing. The challenge, as a technical achievement, to realize a thing that works like a real dendritic tree, requires a level of gain control and stability and that’s, that’s beyond anything. When I finally gave up, I was trying to do that. And the technology we had in the day wasn’t enough to be able to do that.
And, of course, the technology has evolved to be more digital. So, to save some of the analog stuff, well, we still have analog stuff in the sensory end of things. So maybe that’s where the next thing is going to happen.
Last edited:
Mccabe84
Regular
It also asks you how long you have been holding Brainchip shares forOk. I personally haven't see this yet as just found it so....
I'm just gonna post a couple snips, links and a PDF....will let it speak for itself
Investor Fact Sheet | NVISO
NVISO are leading experts in artificial intelligence and deep learning to accurately detect and predict human behaviors using visual intelligence.www.ir.nviso.ai
NVISO Investor Interest - Formstack
nviso.formstack.com
View attachment 11821 View attachment 11822 View attachment 11823
HopalongPetrovski
I'm Spartacus!
Just so long as we don't have to provide a blood and semen sample.
Dang Son
Regular
Buy bot and sell bot must frustrate each other as much as they do retail.Not have noticed those but will go look at airbus after the Market!
I am off on a 1300klm round trip Friday to one of my planes and hopefully will soon be able to ferry back home again! Time will be getting valuable soon as "we" (wifey mostly) are going to reno a restaurant and run that.
here we go $1.00 back again! 3 mins to go before close & Auction.
Yak52
Frantic balance act for the sell bot to drop close price by .5% with its signature 1 share trade to put its stamp on the close.
I find it bewildering that it can do a continuous balance of its multiple orders in close auction to finish on top with a 1 and knows the exact time of close to 1 thousandth of a second, it ASX has no exact regular fixed time to close auction ( just some where near 4.10).
Very suss on these Bots.
FabricatedLunacy
Regular
Arrrgghh…. 0.99… and I was naked in my pretend hot tub all afternoon!! 
Bravo
If ARM was an arm, BRN would be its biceps💪!
Extract
On the Italian island of Sardinia, a region devastated by forest fires in 2021, authorities are pinning their hopes on an array of ultra-early wildfire detection sensors to prevent the same kind of catastrophic event occurring again.
The sensors, which use Internet of Things (IoT) technology and operate without the need for cellular coverage, are installed on trees to detect gas during the smouldering phase of a fire, before it fully takes hold.
Can smart sensors on trees protect our forests from wildfires?
As Europe battles wildfires, Italy is deploying sensors on trees that can detect blazes and alert authorities before it’s too late.
Food4 thought
Regular
Your going to run a restaurant, mmm you must like pain and suffering.Not have noticed those but will go look at airbus after the Market!
I am off on a 1300klm round trip Friday to one of my planes and hopefully will soon be able to ferry back home again! Time will be getting valuable soon as "we" (wifey mostly) are going to reno a restaurant and run that.
here we go $1.00 back again! 3 mins to go before close & Auction.
Yak52
Been in the game most of my life, I hope you have big pockets….
And an iron soul…
You know if I had say 100 k to invest in a restaurant, I would just buy Brainchip shares and relax instead of working on average 15 hours a day 7 days a week.
Just saying….
But we all need to be challenged in life, no better way than to run a restaurant. Or you could just get someone to kick you in the nuts repeatedly for the next 3 years
buena suerte :-)
BOB Bank of Brainchip
Love that post .. made me laugh .. I’m totally with you and thanks skutzaWhat I find interesting at that other site (when I used to look there, never again!) was the shorters or downies used to post one of their favourite comments.
If it walks like a duck..... well all I can say is fuck them all, and I mean that with a capital F. I very rarely use poor language but sometimes it is really needed just to put in that special !!!!!!
That's right If it looks like a duck, swims like a duck, and quacks like a duck, then it probably is a duck. They like to use it as a negative, but no, BRN is very much looking like, sounding like and quacking like a duck, but only in the most positive way. In fact I'd say it's probably looking like Blind Freddy's pet duck TBH.
The further down the road we get, all I can see is companies like Megachips, Mercedes and this last ann from NVISO (not going to name them all) saying, this is ground breaking. This is out performing anything we thought, comments like "NVISO’s first neuromorphic optimised EVK was achieved in record time and exceeded all expectations”, said Tim Llewellynn, CEO of NVISO, “BrainChip has delivered an excellent development environment for AI software specialists like NVISO, and the maturity of their tools really show why they are first commercial neuromorphic processor IP to market."
This is not coming from Brainchip, and I believe we are going to see more and more companies showcasing Akida IP and saying the same thing, WELCOME TO THE NEW WORLD!
So when these people cast doubt and fear into others remember it works in reverse as well. BRN is a duck well probably an understatement, more like a goose, but one that comes from a story book, you know the one, it's starts with magic beans and a cow
ItsKane
Regular
And to think we're only getting started eh. How good is this
spookymulder
Member
Absolutely a key question- Very interesting to have it explicitly asked. Any theories out there??
Rise from the ashes
Regular
Google nvisio IPO hot poopy and then read from PG 1
English pleaseHalten halten halten ! Sollen sich die Bots gegenseitig bezahlen
Taproot
Regular
Sony to make self-driving sensors that need 70% less power
"Sony plans to lower the amount of electricity needed in self-driving systems through edge computing, processing as much data as possible through AI-equipped sensors and software on the vehicles themselves instead of transmitting it to external networks. This approach is expected to shrink communication lags as well, making the vehicles safer."
"Sony will also incorporate image recognition and radar technologies into the new sensor, drawing on various types of data to facilitate self-driving even in rain and other difficult conditions.
The group controls almost half the global market for image sensors. It entered the automotive market in 2014, and aims to have dealings with 75% of key automakers worldwide by fiscal 2025."
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