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Investigates ambiguity reduction in natural language software specifications, suggesting improvements in processing accuracy.
Intent-to-Silicon is a research prototype that investigates ambiguity reduction as a preprocessing step for natural-language-driven software specification generation. The framework introduces a multi-stage pipeline that transforms human language inputs into structured machine-readable YAML blueprints through semantic extraction, active disambiguation, emotional intent mapping, dependency enforcement, and safe-halting mechanisms. The repository includes: Semantic Dictionary NLP Intent Engine YAML Blueprint Generator Benchmark Dataset Experimental Evaluation Framework This release contains the preprint, benchmark artifacts, and supporting implementation used in the reported experiments.
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Ayush Kumar Mishra (2026) studied this question.