A generative model that learns to reverse a gradual noising process, turning random noise into an image step by step.
A setting that controls how much randomness goes into choosing each token — low is predictable, high is varied.
At each step a model produces a probability distribution over the next token. Temperature reshapes that distribution before sampling. Below 1 it sharpens it, concentrating probability on the likeliest options; above 1 it flattens it, giving unlikely tokens more chance.
Temperature 0 is effectively deterministic — always take the most likely token — which is what you want for extraction, classification and anything you intend to parse. Higher values suit brainstorming and creative writing.
It does not control correctness. A low temperature makes a model consistently wrong rather than occasionally wrong.
A generative model that learns to reverse a gradual noising process, turning random noise into an image step by step.
Writing the input to a model deliberately — with context, examples and constraints — to get a more reliable output.
Two networks trained against each other — one generating fakes, one detecting them — until the fakes are convincing.
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