yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

How AI, Like ChatGPT, *Really* Learns


2m read
·Nov 7, 2024

The main video is talking about a genetic breeding model of how to make machines learn. This method is simpler to explain or just show. Here is a machine learning to walk, or play Mario, or jump really high. A genetic code is an older code, but it still checks out, and I personally suspect in the future genetic models will have a resurgence as compute power approaches crazy pants.

However, the current hotness is deep learning and recursive neural networks, and that is where the linear algebra really increases and explainability in a brief video really decreases. But if I had to kind of explain how they work in a footnote, just for the record, it's like this: No infinite warehouse. Just one student. Teacher Bot has the same test, but this time Builder Bot is 'Dial Adjustment Bot,' where each dial is how sensitive one connection in the student bot's head is.

There's a lot of connections in its head, so a lot of dials. A LOT, a lot. Teacher Bot shows Student Bot a photo, and Dial Adjustment Bot adjusts that dial stronger or weaker to get Student Bot closer to the answer. It's a bit like adjusting the dial on a radio. Is that still a thing? Do cars have radios still? I don't know, anyway.

You might not know the exact frequency of the station, but you can tell if you're getting closer or further away. It's like that but with a hundred thousand dials and a lot of math, and that's just for one test question. When Teacher Bot introduces the next photo, Dial Adjustment Bot needs to adjust all the dials so that Student Bot can answer both questions. As the test gets longer, this becomes an insane amount of math and fine-tuning for Dial Adjustment Bot.

But when it's done, there's a student bot who can do a pretty good job at recognizing new photos, though still suffers from some of the problems mentioned in the main video. Anyway, that's the most babies' first introduction to neural networks you will ever hear. If it sounds interesting to you and you like math and code, go dig into the details; machines that learn are the future of everything.

Maybe, quite literally, the future of everything, and given what we've put them through, may the bots have mercy on us all.

More Articles

View All
Elk Conservation in Yellowstone, LIVE! | Yellowstone Live
Yeah, it’s more like my hair. You look, you know people pay to have wind blow swings, right? Great! Hi, I’m Amber Ghoshal here with Arthur Middleton. He’s an animal ecologist and a NatGeo Explorer. We are in very windy West Yellowstone at Under Canvas. It…
Creativity in algebra | Algebra 1 | Khan Academy
[Music] [Music] Hi folks, Sal Khan here, and all I have to say is that algebra is perhaps the most pure way of expressing human thought. And like everything dealing with human thought, it’s incredibly creative. But you don’t have to take my word for it; w…
Polynomial special products: difference of squares | Algebra 2 | Khan Academy
Earlier in our mathematical adventures, we had expanded things like ( x + y \times x - y ). Just as a bit of review, this is going to be equal to ( x \times x ), which is ( x^2 ), plus ( x \times \text{negative } y ), which is negative ( xy ), plus ( y \t…
Packing the Shrimp Pots | Port Protection
Ahoy there mate! It’s absolutely flat calm and glassy out, so we have to seize the moment. Mother nature can squash you like a bug. The only thing you can really do is just put your boots on and see what’s gonna happen once you get out there. And there’s…
15 Mistakes You Make In Your 20s
Hello, Alux! Welcome back. Your 20s are a time of exploration, growth, and learning, right? And with that comes the expectation that you’ll make some mistakes along the way. You are expected to make some of these mistakes, and here are 15 of them that you…
Calculating neutral velocity | Special relativity | Physics | Khan Academy
All right, we can now do the math to solve for v. So let me just simplify the right-hand side of this equation. v minus negative e? Well, that’s just going to be two v. One minus negative of v squared over c squared? Well, that’s just one plus positive v…