Artificial General Intelligence

https://en.m.wikipedia.org/wiki/Artificial_general_intellige...

The problem with this definition 'an agent that can do tasks animals or humans can perform' is that it's not clear what that would look like. If you produce a system that can be interacted with via text input only but is otherwise capable of doing everything a human can do in terms of information processing, is that AGI? Or does AGI imply a human-like embodied form? Why?

Sorry, your original comment sounded like you were asking what the acronym stood for, not the definition of Artificial General Intelligence.

Artificial General Intelligence. OpenAI defines it as "highly autonomous systems that outperform humans at most economically valuable work"

Okay, well, I'll say that at least that's a definition (it has to be good enough at something to make money). Arguably of course, it already does that. Me personally, I've used it to automate tasks I would have previously shelled out to fiverr, upwork, and mechanical turk. I've had great success using it to summarize municipal codes from very very lengthy documents, down to concise explanations of relevant pieces of information. Since I would have previously paid people to do that (was running an information service for a friend), I would consider that AGI. I guess the catch here is now 'most', but that implies a lot of knowledge about the economy I don't think openai has. What is 'economically valuable'? Who decides?

At the end of the day, as with most things, AGI is a meaningless term because no one knows what that is.

Artificial General Intelligence

A meaningless term.

Any curve-fitting is now AI, so they had to come with new term.

When you take a university / school course, how is that functionally different from curve fitting? Given that arbitrarily complex states can be modeled as high-dimensional curves, all learning is clearly curve fitting, whether in humans, machines, or even at the abiological level (for example, self optimizing processes like natural selection). Even quantum phenomema are -- at the end of the day -- curve fitting via gradient descent (hopefully it's had enough time to settle at a global minima!)