ASPLOS Paper Reproducibility

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Hardens computer systems research results for independent verification through automated state capture, hardware ledgers, and artifact evaluation readiness.

The ASPLOS Paper Reproducibility skill guides researchers in locking down experimental results for top-tier computer systems conferences like ASPLOS. It establishes a rigorous state ledger across silicon, BIOS, kernel, toolchain, simulator, and FPGA layers while scripting automated environment capture to prevent silent drift. By implementing three-tier hardware availability statements, dataset and trace provenance checksums, and a strict one-command-per-figure workflow, this skill prepares manuscripts to effortlessly satisfy ACM Artifact Evaluation badge requirements and withstand rigorous peer review during major revisions.

主要功能

01Captures full-stack system state including kernel configs, microcode, toolchains, and simulator commits
02Generates automated shell scripts to record hardware and software baselines alongside raw data
03Structures three-tier hardware availability statements to clearly communicate platform dependencies
04Enforces a one-command-per-figure regeneration standard for reproducible plots and tables
05Provides bisection and sentinel protocols to manage environmental drift across revision cycles
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使用场景

01Preparing experimental artifacts and appendices for ACM Artifact Evaluation badges at ASPLOS
02Establishing continuous state-capture pipelines for computer architecture and OS benchmarking
03Defending experimental claims against reviewer skepticism during rebuttal and revision phases