Recent submissions

Comment · 6 years ago
The novelty of GPT3 is its few shot learning capabilities. GPT3 shows a new, previously-unknown, and, most importantly, extremely useful property of very large transformers trained on text -- that they can learn to do new things quickly. There isn't any ML researcher on record who predicted it.
Comment · 6 years ago
> Also, I don't really get the societal penalty for disaster preparation.

It makes a lot of sense: if you're preparing for a disaster, you won't go down with everyone else when disaster strikes. This creates some feeling of resentment which caused people to lash out at you.

Comment · 6 years ago
It looks this way, which means that military and police intervention is what we'll get.
Comment · 8 years ago
(off by a factor 15)
Comment · 8 years ago
No, it's 200 PFLOPs:

> Built for the U.S. Department of Energy, this is a machine designed to tackle the grand challenges of our time. It will accelerate the work of the world’s best scientists in high-energy physics, materials discovery, healthcare and more, with the ability to crank out 200 petaflops of computing power to high-precision scientific simulations.

EDIT: OK, it's 200 PFLOPs of high precision math, 3 EFLOPs of lower precision math. I take my comment back.

Comment · 8 years ago
This supercomputer is surprisingly underwhelming, since it's equivalent to just two of Google's TPU v3 pods.
Comment · 10 years ago
Statistics [edit: and especially ML] is different from math. It is important to let go of one's preconceived notions and to try to absorb the new field as is. Its jargon exists for a reason --- the normal math jargon doesn't quite have the right concepts --- so it is worthwhile spending the effort to understand it.
Comment · 11 years ago
The winning entry used slow and handcrafted controllers, which is why the videos are sped up. A few months ago, http://rll.berkeley.edu/deeplearningrobotics/ was announced. Notice that in the videos here the robot's movement is very fast and humanlike (real time, as opposed to 15x of the KAIST video). This technique will be used in all of the robotics challenges in a year or two, which will look like a discontinuous improvement in robotics performance.

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