Earlier quoted context omitted.
Human behaviour in a way far more general than which token we might next type. To mimick humans as closely as might be possible with the basic deep learning method, train something that can predict human behaviour in general. Training would require billions to quadrillions of hours of video and audio and probably many other inputs, from many different people, engaged in the full variety of human activity.
Why? An adult by 25 only has 146k hours of video experience “training,” most of it repeated, derivative, and unproductive. And their encoded genes can be observed in their genome, so don’t need to be retrained by millions of years of evolution.
Deep Neural Nets: 33 years ago and 33 years from now (2022)
11–20 of 97 posts
Re: Deep Neural Nets: 33 years ago and 33 years from now (2022)
#12will there really be 10 million times 400 million images floating around then?
Re: Deep Neural Nets: 33 years ago and 33 years from now (2022)
#13Earlier quoted context omitted.
Human behaviour in a way far more general than which token we might next type. To mimick humans as closely as might be possible with the basic deep learning method, train something that can predict human behaviour in general. Training would require billions to quadrillions of hours of video and audio and probably many other inputs, from many different people, engaged in the full variety of human activity.
Why? An adult by 25 only has 146k hours of video experience “training,” most of it repeated, derivative, and unproductive. And their encoded genes can be observed in their genome, so don’t need to be retrained by millions of years of evolution.
Re: Deep Neural Nets: 33 years ago and 33 years from now (2022)
#14Earlier quoted context omitted.
Human behaviour in a way far more general than which token we might next type. To mimick humans as closely as might be possible with the basic deep learning method, train something that can predict human behaviour in general. Training would require billions to quadrillions of hours of video and audio and probably many other inputs, from many different people, engaged in the full variety of human activity.
Why? An adult by 25 only has 146k hours of video experience “training,” most of it repeated, derivative, and unproductive. And their encoded genes can be observed in their genome, so don’t need to be retrained by millions of years of evolution.
Re: Deep Neural Nets: 33 years ago and 33 years from now (2022)
#15It’s interesting in that time we almost completely lost interest in neural networks and then came back around to them.
Now though, I’m sure people are taking LLMs and putting them together to do forward and backward chaining.
Re: Deep Neural Nets: 33 years ago and 33 years from now (2022)
#16> Our datasets and models today [2055] look like a joke. Both are somewhere around 10,000,000X larger. will there really be 10 million times 400 million images floating around then?
Re: Deep Neural Nets: 33 years ago and 33 years from now (2022)
#17> Our datasets and models today [2055] look like a joke. Both are somewhere around 10,000,000X larger. will there really be 10 million times 400 million images floating around then?
Generate as many as you need.
Re: Deep Neural Nets: 33 years ago and 33 years from now (2022)
#18The original training took 3 days on a Sun 4/260 workstation; I can't find specifics but I believe that era of early SPARC workstations would likely pull about 200 watts in total (the CPU wasn't super high powered but the whole system, running with the disks and the monitor etc would pull about that).
So 200 watts * 72 hours = 14400 watt-hours of energy.
Karpathy trained the equivalent on a Macbook, not even fully utilized, in 90 seconds. Likely something around 20 watts * 0.025 hours = 0.5 watt-hours.
An energy efficiency improvement of nearly 30000x.
Re: Deep Neural Nets: 33 years ago and 33 years from now (2022)
#19Something else I find exciting, starting with one of the reflections- The original training took 3 days on a Sun 4/260 workstation; I can't find specifics but I believe that era of early SPARC workstations would likely pull about 200 watts in total (the CPU wasn't super high powered but the whole system, running with the disks and the monitor etc would pull about that). So 200 watts * 72 hours = 14400 watt-hours of e…