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MaskGIT generates images by predicting many tokens at once and selecting high-confidence predictions for subsequent refinement, replacing left-to-right generation with parallel iterations.
Déglul tegtal biiIA-nettali · ~2 min
Confidence is a model score used for selection, not a guarantee that a token is correct.
MaskGIT (Masked Generative Image Transformer), from Google in 2022, rethinks how token-based image models decode. Earlier transformers such as VQGAN generate tokens autoregressively, one at a time in raster order. MaskGIT instead trains with a masked modeling objective like BERT: random subsets of image tokens are hidden and the model learns to predict them simultaneously using bidirectional attention. At generation time it starts from a masked grid and decodes over a configured number of refinement iterations; the original paper reports examples using roughly 8 to 12 steps, but the count depends on the setup rather than defining the algorithm. Each step predicts masked tokens, keeps selected high-confidence predictions, and re-masks other positions. Confidence ranks candidates for the next iteration; it does not prove a prediction is correct.
Defar ab nataal bu mat sëkk ci lu tollu ci 8 ba 12 jéego yu paralel ci barabu téemeeri token autoregressive
Pentire ab gox bu maske ci ab nataal di wax luy waaja am ci token yu nëbbu yi ak muy wër
Nataalu synthese bu lalu ci sart ci kaw ImageNet ci kalite bu méngoo ak model yu gëna néew doole
Dafay nekk yaxu dekodaas ngir sistemu bind-ci-nataal yu melni Google's MUSE yi soxla defar ci lu gaaw
Dekodaasu iteratif paralel bu MaskGIT moo inspiré ay generatër yu dul dellu ginaaw seen bopp, lu ci melni MUSE ngir bind-ci-nataal ak jegewaale yu maske ngir wideo. Modèle bi, di wax luy waaja am ci ay token ci paralel ak setal ci ay jéego yu néew, mingi toog ci diggante GANs yu benn-shot ak diffusion yu bari-jéego, di joxe benn kompromis bu gaaw bu mëna aju. Xaarandi dekodaasu jeton maske ngir wéy di feeñ ci generatër yu gaaw yu multimodal ak sistemu soppali fu in-peinture ak fees conditionnel nekk fits naturel.
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MaskGIT generates images by predicting many tokens at once and selecting high-confidence predictions for subsequent refinement, replacing left-to-right generation with parallel iterations. Confidence is a model score used for selection, not a guarantee that a token is correct.
MaskGIT dafay wax luy waaja am ci token yiñ maskeer yépp ci benn yoon, ak bàyyi xel ci ñaari yoon, wuute na ak dekodaasu otoregresif bu yeex bu VQGAN.
MaskGIT dafay nëbb ay jeton yu bari te jàng ni ñu leen di seetlu, muy mébetu modeling buñ maske bu niro ak BERT.
At each iteration, MaskGIT retains the predictions with the highest model confidence and re-masks other positions. Confidence is a ranking signal for selecting tokens, not proof that each selected token is correct.
The guide cites roughly 8 to 12 steps as an example from the original paper’s image-generation setups; the count is configuration-dependent rather than a universal requirement.
Jadwalu cosine dafay wane ay jeton yu néew teel ak ginaaw, di ekilibre kalite ak gaawaay ci iteration yi.
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Ci bi mu melGis bi ci topp
Decodage parallèle yax-de-pensée
IA làkk