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
The best way to have startup ideas is to just notice them organically.
Let’s talk about how to come up with startup ideas. The last way to have startup ideas is to just notice them organically. If you look at the YC top 100 companies, at least 70 percent of them had their startup ideas organically, rather than by sitting do…
How They Use Your Energy Against You From The Day You Were Born (And How to Break Free)
From the day you were born, something precious has been taken from you. Not your money, not your possessions, but your energy. It’s subtle, almost invisible, yet it’s happening every single day. You wake up already drained, go through the motions of life …
In Your Face - Mind Field (Ep 7)
If I asked you to show me a picture of your mother, you wouldn’t show me a, uh, closeup shot of her elbow. But you could, and you’d be right. That would be a photo of her, but it wouldn’t feel right because it’s not her face. That’s how important faces ar…
Why You’ll Regret Buying A Home In 2023
What’s up, guys? It’s Graham here. So given what’s happening in the housing market and the sudden decline across pretty much everything, I felt like it would be appropriate to address everyone’s concerns, share my thoughts about what’s going on, and expla…
Sal Khan chats with Google CEO Sundar Pichai
It’s huge treat to have Sundar Pichai, CEO of Google, here. And you know I will give a little bit of a preamble more than I normally do. I think a lot of the team knows this, but it’s always worth reminding the team we wouldn’t be here on many levels if i…
World's Heaviest Weight
An apple weighs about 1 newton; the world record for jet engine thrust is 570,000 newtons. And the Saturn V rocket that launched people to the moon had a thrust of 33,360,000 newtons. But how can we measure forces this big accurately? Well, we need to ask…