Not exactly. The answers would be exactly the same given the exact same inputs if they didn’t intentionally and purposefully inject some random jitter into the algorithm each time specifically to avoid getting the same answer each time
Some interferences even expose a way to set the “temperature” - higher values of that mean more randomized (feels creative) output, lower values mean less randomness. A temperature of 0 will make the model deterministic.
Where in the process does that seed play a role and what do you even mean with numerical noise?
Edit: I feel like I should add that I am very interested in learning more. If you can provide me with any sources to show that GPTs are inherently random I am happy to eat my own hat.
It’s not just random jitter, it also likely adds context, including the device you’re using, other recent queries, and your relative location (like what state you’re in).
I don’t work for Google, but I am somewhat close to a major AI product, and it’s pretty much the industry standard to give some contextual info to the model in addition to your query. It’s also generally not “one model”, but a set of models run in sequence— with the LLM (think chatGPT) only employed at the end to generate a paragraph from a conclusion and evidence found by a previous model.
Not exactly. The answers would be exactly the same given the exact same inputs if they didn’t intentionally and purposefully inject some random jitter into the algorithm each time specifically to avoid getting the same answer each time
That jitter is automatically present because different people will get different search results, so it’s not really intentional or purposeful
Yes it is intentional.
Some interferences even expose a way to set the “temperature” - higher values of that mean more randomized (feels creative) output, lower values mean less randomness. A temperature of 0 will make the model deterministic.
even at 0 temperature the model will not be deterministic, because it depends on the seed used as well as things like numerical noise.
Yeah no, that’s not how this works.
Where in the process does that seed play a role and what do you even mean with numerical noise?
Edit: I feel like I should add that I am very interested in learning more. If you can provide me with any sources to show that GPTs are inherently random I am happy to eat my own hat.
https://github.com/ollama/ollama/blob/main/docs/api.md#request-reproducible-outputs
LLMs are prompted with a seed. If you change the seed you get a different answer.
It’s not just random jitter, it also likely adds context, including the device you’re using, other recent queries, and your relative location (like what state you’re in).
I don’t work for Google, but I am somewhat close to a major AI product, and it’s pretty much the industry standard to give some contextual info to the model in addition to your query. It’s also generally not “one model”, but a set of models run in sequence— with the LLM (think chatGPT) only employed at the end to generate a paragraph from a conclusion and evidence found by a previous model.
I consider “context”, even if not added explicitly by the user, to be part of the input.