Earlier quoted context omitted.
Yea except it's a lossy compression. With the lost part being hallucinated in at inference time.
If you've read the article, the LLM hallucinations aren't due to the model not knowing the information but a function that choose to remember the wrong thing.
LLMs use a surprisingly simple mechanism to retrieve some stored knowledge
61–70 of 156 posts
Re: LLMs use a surprisingly simple mechanism to retrieve some stored knowledge
#62Earlier quoted context omitted.
Just because papers are getting published doesn't mean its actually gaining any traction. I mean we have known that time series of signals recieves plays a huge role in how bio neurons functionally operate and yet we have nearly no examples of spiking networks being pushed beyond basic academic exploration. We have known glial cells play a critical role in biological neural and yet you can probably count the number o…
"We" are not forbidding you to open a computer, start experimenting and publishing some new method. If you're so convinced that "we" are stuck in a local maxima, you can do some of the work you are advocating instead of asking other to do it for you.
Re: LLMs use a surprisingly simple mechanism to retrieve some stored knowledge
#63Re: LLMs use a surprisingly simple mechanism to retrieve some stored knowledge
#64Earlier quoted context omitted.
> Just because feedforward topologies with single neuron steps are the easiest to train and run on graphics cards does that really make them the actual best at accomplishing tasks? You are ignoring a mountain of papers trying all conceivable approaches to create models. It is evolution by selection, in the end transformers won.
Just because papers are getting published doesn't mean its actually gaining any traction. I mean we have known that time series of signals recieves plays a huge role in how bio neurons functionally operate and yet we have nearly no examples of spiking networks being pushed beyond basic academic exploration. We have known glial cells play a critical role in biological neural and yet you can probably count the number o…
Re: LLMs use a surprisingly simple mechanism to retrieve some stored knowledge
#65Earlier quoted context omitted.
That's a good point. It may be possible to directly upload predicate-type info into a LLM. This could be especially useful if you need to encode tabular data. Somewhere, someone probably read this and is thinking about how to export Excel or databases to an LLM. It's encouraging to see people looking inside the black box successfully. The other big result in this area was that paper which found a representation of a…
The opposite is also exciting: build a loss function that punishes models for storing knowledge. One of the issues of current models is that they seem to favor lookup over reasoning. If we can punish models (during training) for remembering that might cause them to become better at inference and logic instead.
Re: LLMs use a surprisingly simple mechanism to retrieve some stored knowledge
#66This is amazing work, but to me it highlights some of the biggest problems in the current AI zeitgeist, we are not really trying to work on any neuron or ruleset that isnt much different from the perceptron thats just a sumnation function. Is it really that suprising that we just see this same structure repeated in the models. Just because feedforward topologies with single neuron steps are the easiest to train and r…
Re: LLMs use a surprisingly simple mechanism to retrieve some stored knowledge
#67Re: LLMs use a surprisingly simple mechanism to retrieve some stored knowledge
#68This is amazing work, but to me it highlights some of the biggest problems in the current AI zeitgeist, we are not really trying to work on any neuron or ruleset that isnt much different from the perceptron thats just a sumnation function. Is it really that suprising that we just see this same structure repeated in the models. Just because feedforward topologies with single neuron steps are the easiest to train and r…
> Just because feedforward topologies with single neuron steps are the easiest to train and run on graphics cards does that really make them the actual best at accomplishing tasks? You are ignoring a mountain of papers trying all conceivable approaches to create models. It is evolution by selection, in the end transformers won.
Re: LLMs use a surprisingly simple mechanism to retrieve some stored knowledge
#69Earlier quoted context omitted.
"We" are not forbidding you to open a computer, start experimenting and publishing some new method. If you're so convinced that "we" are stuck in a local maxima, you can do some of the work you are advocating instead of asking other to do it for you.
You can think chemotherapy is a local maxima for cancer treatment and hope medical research seeks out other options without having the resources to do it yourself. Not all of us have access to the tools and resources to start experimenting as casually as we wish we could.
Re: LLMs use a surprisingly simple mechanism to retrieve some stored knowledge
#70Earlier quoted context omitted.
"We" are not forbidding you to open a computer, start experimenting and publishing some new method. If you're so convinced that "we" are stuck in a local maxima, you can do some of the work you are advocating instead of asking other to do it for you.
You can think chemotherapy is a local maxima for cancer treatment and hope medical research seeks out other options without having the resources to do it yourself. Not all of us have access to the tools and resources to start experimenting as casually as we wish we could.
It is definitely NOT out of your reach to try any ideas you have. Kaggle and other sites exist to make it easy.
Good luck! 8)