SODA Paper Verifiability & Reproducibility
Audits mathematical proofs, claim-proof alignment, and probability budgets to ensure rigorous verifiability for SODA algorithm paper submissions.
Designed specifically for researchers submitting to the ACM-SIAM Symposium on Discrete Algorithms (SODA), this skill establishes a rigorous mathematical verifiability audit to prevent reviewer rejections caused by proof drift, model slippage, or missing hypotheses. It introduces structured verifiability ledgers, audits high-probability union bound budgets, flags unstated computational assumptions, validates machine-checked certificates, and ensures theorem statement consistency across arXiv, HotCRP submissions, and final proceedings.
主要功能
01Detects statement-proof drift, model slippage, and unverified external theorem hypotheses
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03Synchronizes theorem statements across full arXiv preprints, conference submissions, and camera-ready copies
04Generates comprehensive verifiability ledgers mapping claims to exact proof locations and author-blind checkers
05Audits failure-probability union budgets to prevent compounding randomness errors in high-probability proofs
06Validates rerunnable machine-checked computational steps and certificate verification scripts
使用场景
01Preparing structured claim verification tables for author response and rebuttal periods
02Conducting a pre-submission proof audit before the SODA July paper deadline
03Auditing randomized algorithm probability calculations and machine-checked computational certificates