IROS Robotics Reproducibility

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Strengthens IROS conference papers by categorizing claims into rerunnable simulation code and auditable real-robot logs within strict page limits.

IROS Robotics Reproducibility is a specialized Claude Code skill tailored for robotics researchers preparing submissions for IEEE/RSJ IROS and similar robotics venues. Unlike standard machine learning papers, robotics research involves real-world hardware constraints that prevent readers from simply rerunning experiments. This skill guides authors to clearly partition claims into rerunnable assets (simulation scripts, seeded configurations, deterministic environments) and auditable evidence (hardware specification ledgers, calibration protocols, sensor firmware revisions, and trial logs). It ensures honest code/data availability statements, transparent sim-to-real gap reporting, and optimal organization directly inside the conference paper body without relying on supplementary PDFs.

Key Features

01Formats transparent sim-to-real transfer and calibration disclosure within paper page budgets
02Differentiates between rerunnable simulation claims and auditable real-robot claims
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04Audits paper drafts to eliminate overpromised claims and establish rigorous audit trails
05Provides standardized templates for honest code, data, and log availability statements
06Generates comprehensive hardware specification ledgers covering sensors, actuators, and compute

Use Cases

01Structuring hardware ledgers and trial logs for real-robot manipulation and navigation benchmarks
02Preparing IROS and ICRA robotics conference papers prior to peer review submission
03Formatting camera-ready robotics papers to ensure compliance with reproducibility guidelines