Temperature is basically how creative you want the AI to be. The lower the temperature, the more predictable (and repeatable) the response.
Comment on Ask ChatGPT to pick a number between 1 and 100
lolola@lemmy.blahaj.zone 1 year ago
What’s the y axis?
TheOctonaut@mander.xyz 1 year ago
lolola@lemmy.blahaj.zone 1 year ago
Creativity is hot. That makes more sense, thanks.
kciwsnurb@aussie.zone 1 year ago
The temperature scale, I think. You divide the logit output by the temperature before feeding it to the softmax function. Larger (resp. smaller) temperature results in a higher (resp. lower) entropy distribution.
ArmoredThirteen@lemmy.ml 1 year ago
I don’t understand any of these words, I need to take a math class or something
humbletightband@lemmy.dbzer0.com 1 year ago
Higher temperature -> more chaotic output
lolola@lemmy.blahaj.zone 1 year ago
I still don’t understand.
Midnitte@beehaw.org 1 year ago
More yellow more common, more blue less common
kciwsnurb@aussie.zone 1 year ago
Each row in the figure is a probability distribution over possible outputs (x-axis labels). The more yellow, the more likely (see the colour map on the right). With a small temperature (e.g., last row), all the probability mass is on 42. This is a low entropy distribution because if you sample from it you’ll constantly get 42, so no randomness whatsoever (think entropy as a measure of randomness/chaos). As temperature increases (rows closer to the first/topmost one), 42 is still the most likely output, but the probability mass gets dispersed to other possible outputs too (other outputs get a bit more yellow), resulting in higher entropy distributions. Sampling from such distribution gives you more random outputs (42 would still be frequent, but you’d get 37 or others too occasionally). Hopefully this is clearer.
Someone in another reply uses the word “creativity” to describe the effect of temperature scaling. The more commonly used term in the literature is “diversity”.