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Skeleton-of-Thought first generates a concise outline and then expands its points concurrently.
Déglul tegtal biiIA-nettali · ~2 min
This can reduce answer latency for suitable decomposable tasks, with benefits depending on scheduling, hardware, and dependencies between sections.
The method, introduced in 2023, asks a language model for a short answer skeleton, then prompts separate expansions for its points. The expansions can run as concurrent requests or batched decoding, after which they are assembled in the outline's order. Parallel expansion is most appropriate when sections do not need to wait for one another's reasoning. A dependent proof or tightly sequential procedure can be a poor fit. Each point's text can still be generated autoregressively token by token; parallelism concerns different point sequences, not the elimination of every within-sequence dependency. The skeleton and coordination add overhead, so the paper's measured speedups should not be treated as universal multipliers.
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Skeleton-of-Thought first generates a concise outline and then expands its points concurrently. This can reduce answer latency for suitable decomposable tasks, with benefits depending on scheduling, hardware, and dependencies between sections.
SoT dafay njëkka wax model bi mu génne benn skeleton bu gàtt bu am boppu poñ, ñu daal di koy yaatal bu nekk.
Ñu ngi defar point skeleton yi ñu mëna moom seen bopp, kon yaatal leen jarul nga xaar ay mbokk.
Decodage buñ miin dafay tënku ci latency ndax token bu nekk dafay xaar ki ko jiitu; SoT dafay jaxasoo liggéey ngir wàññi waxtu montor bi.
Decomposability supports concurrency; the actual latency benefit still depends on scheduling and resources.
The added stages have real, workload-dependent costs that belong in an end-to-end latency measurement.
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Ci bi mu melGis bi ci topp
Dekodage jeton paralel MaskGIT
IA buy wane