Karl Sims - Evolved Virtual Creatures, Evolution Simulation, 1994
MediaArtTube2 HN recommenders · 2014–2022
797K views · demo · evergreen · Uploaded 2008-12-06
Karl Sims's 1994 demonstration of evolved virtual creatures: block-bodied creatures whose bodies and controllers are evolved through selection, mutation and recombination to swim, walk and compete.
HN treats it as the classic reference for evolutionary simulation and genetic programming, an inspiration for many projects, with notes on evolution exploiting simulation bugs.
2:25:52The spelled-out intro to neural networks and backpropagation: building micrograd
Andrej Karpathy
1:25:348 Bit & '8 Bitish' Graphics-Outside the Box
GDC Festival of Gaming
18:40But what is a neural network? | Deep learning chapter 1
3Blue1Brown
3:36elevated by Rgba & TBC | 4k intro (FullHD 1080p demoscene demo)
Demoscene High-Quality Videos (Annikras)
1:30:28AlphaGo - The Movie | Full award-winning documentary
Google DeepMind
27:14Transformers, the tech behind LLMs | Deep Learning Chapter 5
3Blue1Brown
24:46Painting a Character with Maths
Inigo Quilez
51:22USENIX Security '18-Q: Why Do Keynote Speakers Keep Suggesting That Improving Security Is Possible?
USENIX
8 comments from Hacker News
Something like evolving virtual creatures would be a fun (although pretty ambitious) addition [1]. There's a processing 2D virutal creatures model called sticky feet [2] (source available) that perhaps could be ported to js pretty quickly. [1] [VIDEO] [2] [LINK]
I think they just took a concept figured out in 1994 ( [VIDEO] ) and applied it to robots, in an attempt to get an easy publication written up. Really, though, we know we can make robot parts. The hard part is the software. What these people did by making it robotic was completely pointless (because making the robots is a huge amount of unnecessary added work) that doesn't add to our knowledge until we can solve all the software problems in simulations first.
It seems to me that there are several levels of misunderstanding here. And the most interesting part is when Suzuki asks "So, what is your goal?", and the engineer answers "Well, we would like to build a machine that can draw pictures like humans do.". This is certainly a commendable goal. Then we cut to another sequence, where Miyazaki is drawing, and reflecting: "I feel like we are nearing the end of times. We humans are losing faith in ourselves..." It may or may not be so, but this is an interesting point to discuss. I can certainly understand how it could feel like it, but you'd have to study the motive for wanting to "replace" humans by machines, or just have machine perform like humans. One key misunderstanding in this exchange, and foremost on the part of the journalists reporting it (damn dumb journalists!), is that "This is a presentation of an artificial intelligence model which learned certain movements." Obviously, they didn't teach it to move, they had a certain model of the body, and let the AI loose, trying to learn by itself how to move. This is a classical application of genetic programming. See how some of those creatures look "creepy" too: [VIDEO] [LINK] [LINK] [LINK] They obtained some creepy result, added a creepy texture and made it into a quick & dirty demo for "animating zombies". Clearly, the people who assisted to this demo didn't understand what it was. And the answer of the artist was the worst. Imagine assisting to Wright brothers' demo, and comi
It seems to me that there are several levels of misunderstanding here. And the most interesting part is when Suzuki asks "So, what is your goal?", and the engineer answers "Well, we would like to build a machine that can draw pictures like humans do.". This is certainly a commendable goal. Then we cut to another sequence, where Miyazaki is drawing, and reflecting: "I feel like we are nearing the end of times. We humans are losing faith in ourselves..." It may or may not be so, but this is an interesting point to discuss. I can certainly understand how it could feel like it, but you'd have to study the motive for wanting to "replace" humans by machines, or just have machine perform like humans. One key misunderstanding in this exchange, and foremost on the part of the journalists reporting it (damn dumb journalists!), is that "This is a presentation of an artificial intelligence model which learned certain movements." Obviously, they didn't teach it to move, they had a certain model of the body, and let the AI loose, trying to learn by itself how to move. This is a classical application of genetic programming. See how some of those creatures look "creepy" too: [VIDEO] [LINK] [LINK] [LINK] They obtained some creepy result, added a creepy texture and made it into a quick & dirty demo for "animating zombies". Clearly, the people who assisted to this demo didn't understand what it was. And the answer of the artist was the worst. Imagine assisting to Wright brothers' demo, and comi
I hadn't before, thanks for the tip! It's been a while since I played with this stuff, but I might have to get a copy and explore. I have heard of MetaSynth in audio circles. I'm not sure, but the images and videos on the ArtMatic site look (to me) very inspired and influenced by the work of Karl Sims, which is the main source of inspiration behind my project... [LINK] You can find a bunch of his videos on YouTube too. [LINK] [LINK] [LINK] [VIDEO]
The article's philosophical discussion of "surprise" feels a little klunky and academic to me, and I think conflates some different kinds of surprise, but it's still really fun to think about. Many of the projects here are all inspired by Karl Sims' work in the early 90's. [LINK] Sims evolved virtual creates by specifying goals to achieve and then running a physics simulation. He noted at the time that the evolution process was great at exploiting bugs in the simulation. [VIDEO] I was insipred enough by Sims' genetic images ( [LINK] ) that I spent a few years trying to get surprising and beautiful results of my own, with some limited success ( [LINK] ).
Also relevant is Karl Sims' Evolving Virtual Creatures: [VIDEO] Not sure how they're connected, but I remember being obsessed with that paper and actually recreating it in 2D as a grad project.
I think evolution is not an undirected process in that sense because it's an optimization process, that optimizes to create more copies of itself. Superintelligence will likely use some Evolutionary Computation (see en.wikipedia.org/wiki/Evolutionary_computation ). Also see Karl Sims 'Creatures' from the 90s: [VIDEO] or OpenAI's Multi-Agent Hide and Seek: youtube.com/watch?v=kopoLzvh5jY