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.
Also known as: GAN
A GAN pits a generator, which produces samples from noise, against a discriminator, which tries to tell real from generated. Each improves by defeating the other, and at equilibrium the generator produces samples the discriminator cannot distinguish.
GANs dominated image generation for several years and produce sharp results quickly. They are also notoriously unstable to train, and prone to mode collapse — producing a narrow slice of the data distribution very convincingly. Diffusion models displaced them largely on those two counts.
Writing the input to a model deliberately — with context, examples and constraints — to get a more reliable output.
A setting that controls how much randomness goes into choosing each token — low is predictable, high is varied.
A generative model that learns to reverse a gradual noising process, turning random noise into an image step by step.
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