Earlier quoted context omitted.
it's really simple 1) learn how the brain works 2) build a simulator most current AI research skips step 1
Medical research hasn't cracked step 1 either, at least not to a point of accurate simulation. Besides, if you could simulate a human brain, you will end up with something that needs to sleep, something with limited and unreliable memory, something that gets bored and distracted, something emotionally needy, etc. Then the extending of this chaotic, messy system is wildly unknown even if we could get a piece-for-piece…
Is AI Riding a One-Trick Pony?
121–130 of 219 posts
Re: Is AI Riding a One-Trick Pony?
#122Earlier quoted context omitted.
I feel like people have a harder time accepting these kinds of flaws if they differ wildly from mistakes a human would make.
I agree: humans generally don't tolerate mistakes from machines if the mistakes are not similar to those that humans would make. And people generally don't recognize their own intellectual shortcomings in comparison to others (other human cultures, other non-human animals, machines) as long as those shortcomings are common within one's peer group. It's unremarkable to be unable to memorize long passages in a literate…
Re: Is AI Riding a One-Trick Pony?
#123I'm encouraged that so much fruitful work has come out of this one trick. If you can use the same basic framework for image labeling, playing Go, and translating natural languages, I'd say it's a powerful tool with broad applications. I think that there's a kernel of insight to "A real intelligence doesn’t break when you slightly change the problem." But human perception and intelligence are pretty brittle. The metho…
Is life riding a one trick pony?! (Evolution) The title is just clickbait. Finding the simplest formula or equation for a process or phenomenon is the goal of a lot of scientists. Backprop may not be that simplest equation. But actually finding that "one weird trick" to intelligence will in no way be a bad thing when it happens.
Re: Is AI Riding a One-Trick Pony?
#124Understanding will come. Most people are still in the mapping phase. Hinton has moved passed that, and that's ok.
Re: Is AI Riding a One-Trick Pony?
#125The most relevant part of the article: David Duvenaud, an assistant professor in the same department as Hinton at the University of Toronto, says deep learning has been somewhat like engineering before physics. “Someone writes a paper and says, ‘I made this bridge and it stood up!’ Another guy has a paper: ‘I made this bridge and it fell down—but then I added pillars, and then it stayed up.’ Then pillars are a hot ne…
it's really simple 1) learn how the brain works 2) build a simulator most current AI research skips step 1
Re: Is AI Riding a One-Trick Pony?
#126The above paragraph taken from the article is an example of why these kinds of articles are frustrating. This is filler. I want meat.
Re: Is AI Riding a One-Trick Pony?
#127Earlier quoted context omitted.
It's not that bridges before Newton were bad, it's that Newton gave us the ability to design the strongest possible bridge of a given shape with the materials at hand - using not just calculus but calculus-of-variations, a subject nearly as old as Newtonian mechanics [1]. With this knowledge, what happens when one adds one or two columns to a bridge is now longer "news" the way it might have been before Newtonian mec…
I completely agree with your assessment, but the problem is a bit worse in my opinion. We already have a pretty firm grasp of how different ML systems learn and converge towards a solution in the average case. It's not that we need to understand our neural networks better, it's that we need to understand our problem domain better. We can't determine how well some ML architecture will perform at an object recognition…
Re: Is AI Riding a One-Trick Pony?
#128Earlier quoted context omitted.
it's really simple 1) learn how the brain works 2) build a simulator most current AI research skips step 1
> 1) learn how the brain works 2) build a simulator I disagree that step #1 is important. Consider the "Air-foil", which led to flight. In one sense, its an approximation of the wings of birds and other animals. But ultimately, the discovery that the "Air-foil" shape turns sideways blowing wind into an upward force now called "lift" is completely different from how most people understand bird wings. Bird Wings flap,…
That said, I agree that learning how the brain works seems unimportant and unnecessary. Evolution doesn't know how a brain works, but it's given us Einstein, Michelangelo, and conversations on HN.
It seems really important to learn how to build evolution into attempts at AI, given that evolution is the only known mechanism that leads to what we recognize as intelligence.