Still the elephant in the room. We need an AI technology that can output "don't know" when appropriate. How's that coming along?
Still the elephant in the room. We need an AI technology that can output "don't know" when appropriate. How's that coming along?
This remains very far from proven.
The null hypothesis that would be necessary to reject, therefore, is a most unfortunate one, viz. that by training for plausibility we are creating the world's most convincing bullshit machines.
The best example of this was an arguement I had a little while ago where I was talking about self driving and I was mentioning that I have a hard time trusting any system relying only on cameras, to which I was being told that I didn't understand how machine learning works and obviously they were correct and I was wrong and every car would be self driving within 5 years. All of these things could easily be verified independently.
Suffice to say that I am not sure that the "bullshit-radar" is that adaptive...
Mind you, this is not limited to the particular issue at hand but I think those situations needs to be highlighted, because we get fooled easily by authoritative delivery...
That is the most horribly dangerous idea, as we demand that the agent guesses not, even - and especially - when the agent is a champion at guessing - we demand that the agent checks.
If G guesses from the multiplication table with remarkable success, we more strongly demand that G computes its output accurately instead.
Oracles that, out of extraordinary average accuracy, people may forget are not computers, are dangerous.
Humans don't and LLM's are essentially trained to resemble most humans.
To make another parallel: that's why we have automated testing in software (long before LLMs). Because you can't trust without checking.
Unless you are in sales or marketing, getting caught lying is really detrimental to your career.
Too little don't knows and end up being wrong, an idiot.
Seems to work for many people. I suspect my career has been hampered by a higher-than-average willingness to say "I don't know"...
People know that computers are deterministic, but most don't realize that determinism and accuracy are orthogonal. Most non-IT people give computers authoritative deference they do not deserve. This has been a huge issue with things like Shot Spotter, facial recognition, etc.
One thing I see a lot on X is people asking Grok what movie or show a scene is from.
LLMs must be really, really bad at this because not only is it never right, it actually just makes something up that doesn't exist. Every, single, time.
I really wish it would just say "I'm not good at this, so I do not know."
I mean, it basically does the same thing if you ask it to do anything racist or offensive, so that override ability is obviously there.
So if it identifies the request as identifying a movie scene, just say 'I don't know', for example.
No different than when asking ChatGPT to generate images or videos or whatever before it could, it would just tell you it was unable to.
So it can say “I don’t know”
But the most likely thing to continue a paper with is not to say at the end „I don‘t know“. It is actually providing sources which it proceeds to do wrongly.
Heh. Easiest answer in the world. To be able to say "don't know", one has first to be able to "know". And we ain't there yet, by large. Not even flying by a million miles of it.
If a lawyer consistently makes stuff up on legal filings, in the worst cases they can lose their license (though they'll most likely end up getting fines).
If a doctor really sucks, they become uninsurable and ultimately could lose their medical license.
Devs that don't double check their work will cause havoc with the product and, not only will they earn low opinions from their colleges, they could face termination.
Again, not perfect, but also not unfigured out.
The "dunno" must not be hardcoded in the data, it must be an output of judgement.
You have an amount of material that speaks of the endeavours in some sport of some "Michael Jordan", the logic in the system decides that if a "Michael Jordan" in context can be construed to be "that" "Michael Jordan" then there will be sound probabilities he is a sportsman; you have very little material about a "John R. Brickabracker", the logic in the system decides that the material is insufficient to take a good guess.
This exists, each next token has a probability assigned to it. High probability means "it knows", if there's two or more tokens of similar probability, or the prob of the first token is low in general, then you are less confident about that datum.
Of course there's areas where there's more than one possible answer, but both possibilities are very consistent. I feel LLMs (chatgpt) do this fine.
Also can we stop pretending with the generic name for ChatGPT? It's like calling Viagra sildenafil instead of viagra, cut it out, there's the real deal and there's imitations.
It’s very rarely clear or explicit enough when that’s the case. Which makes sense considering that the LLMs themselves do not know the actual probabilities
Sure but they often are not necessarily easily interpretable or reliable.
You can use it to compare a model’s confidence of several different answers to the same question but anything else gets complicated and not necessarily that useful.
What? I use several LLM's, including ChatGPT, every day. It's not like they have it all cornered..
It isn't. LLMs are autocomplete with a huge context. It doesn't know anything.
nobody freaks out when humans make mistakes, but we assume our nascent AIs, being machines, should always function correctly all the time
A tool that does not function is a defective tool. When I issue a command, it better does it correctly or it will be replaced.
It's a different type of tool - a person has to treat it that way.
I wouldn't bat an eye if people were taking code suggestions, then review it and edit it to make it correct. But from what I see, it's pretty a direct push to production if they got it to compile, which is different from correct.
The latter option every single time