Self-Classifying MNIST Digits Using Neural Cellular Automata
1–10 of 27 posts
Re: Self-Classifying MNIST Digits Using Neural Cellular Automata
#2[Disclosure: I'm involved in Distill, so a little biased.]
Firstly, make sure you click through to the invidudal articles and try the interactive demos at the top of each one:
* https://distill.pub/2020/growing-ca/ * https://distill.pub/2020/selforg/mnist/
I really enjoy how quirky Alex, Ettore, et al's experiments are. It isn't going after benchmarks. It has a very "what would happen if we tried this?" feel to it. If I had to bet, I don't think it's super likely to have direct real world applications, but it's immensely fun to read about and expands the space of ML systems I might imagine.
I've also been enjoying the open slack channel associated with this thread. It's pretty low volume, but there's been a number of fun experiments from people who enjoyed the original article on neural cellular automata. I feel like there's often a lot of really cool experiments and conversations that no one outside a given lab sees, because they don't make it to publication, and I like how the channel allows those to be shared with anyone really excited about this line of work. It was also really heartwarming to see people jump in to give feedback on the draft of the most recent article!
Re: Self-Classifying MNIST Digits Using Neural Cellular Automata
#3CAs have a lot of nice properties: translation invariance, locality, arbitrary population sizes, parallel computation, simplicity of implementation, and emergent complexity. Interesting to see where this line of work goes
Re: Self-Classifying MNIST Digits Using Neural Cellular Automata
#4It's better to pick the most interesting specific article and link to that, instead of posting lists. Otherwise the topic is a bit of a greased pole - there isn't much to grab onto and the discussion ends up being about the lowest common denominator.
https://hn.algolia.com/?dateRange=all&page=0&prefix=true&que...
Alternatively, if the intended topic is the experimental discussion format, that's fine, but then it should explicitly be about that rather than the content that happens to supply the example.
Re: Self-Classifying MNIST Digits Using Neural Cellular Automata
#5It's better to pick the most interesting specific article and link to that, instead of posting lists. Otherwise the topic is a bit of a greased pole - there isn't much to grab onto and the discussion ends up being about the lowest common denominator. https://hn.algolia.com/?dateRange=all&page=0&prefix=true&que... Alternatively, if the intended topic is the experimental discussion format, that's fine, but then it shou…
That makes sense. I think the authors actually submitted the latest article, but the community jumped on this one. Their submission: https://news.ycombinator.com/item?id=24295756
Any chance you could consolidate this one into that thread?
Re: Self-Classifying MNIST Digits Using Neural Cellular Automata
#6It's better to pick the most interesting specific article and link to that, instead of posting lists. Otherwise the topic is a bit of a greased pole - there isn't much to grab onto and the discussion ends up being about the lowest common denominator. https://hn.algolia.com/?dateRange=all&page=0&prefix=true&que... Alternatively, if the intended topic is the experimental discussion format, that's fine, but then it shou…
That makes sense. I think the authors actually submitted the latest article, but the community jumped on this one. Their submission: https://news.ycombinator.com/item?id=24295756 Any chance you could consolidate this one into that thread?
Ok, we've changed the URL to that from https://distill.pub/2020/selforg/.
Re: Self-Classifying MNIST Digits Using Neural Cellular Automata
#7Authors here. Had great fun making this. We think Distill is an excellent medium.
Happy to respond to any questions (although likely with a few hours delay as we are in CEST and nearing our bedtime).
Re: Self-Classifying MNIST Digits Using Neural Cellular Automata
#8After looking at the authors and other commentators and realizing they were real people, I feel bad, but apparently I can't delete this
Re: Self-Classifying MNIST Digits Using Neural Cellular Automata
#9After looking at the authors and other commentators and realizing they were real people, I feel bad, but apparently I can't delete this
Opinion aside. You should be more polite!
Re: Self-Classifying MNIST Digits Using Neural Cellular Automata
#10After looking at the authors and other commentators and realizing they were real people, I feel bad, but apparently I can't delete this
Opinion aside. You should be more polite!
After looking at the authors and other commentators and realizing they were real people, I feel bad, but apparently I can't delete this