跳到主要内容
知仓学习社ZHICANG

podc-reproducibility

Use when making an ACM PODC paper's result independently checkable — reproducibility for a proofs venue, not an artifact venue. Covers a self-contai…

不碰外部(只输出文字)无严重或高危命中brycewang-stanford/Awesome-Journal-Skills

它会碰到什么

扫了多少1 个文本文件,5 KB
它会碰到什么不碰外部(只输出文字)
命中总数0 处
命中统计严重 0 · 高 0 · 中 0 · 低 0

这一栏是扫描器报的事实,不是结论。命中多不等于有毒(安全工具、规则库、示例脚本本来就会包含危险写法),命中少也不等于干净。它和你手上的凭据、文件、网络有什么关系,需要你自己看。

技能内容

PODC Reproducibility

"Reproducibility" at a proofs venue means a reader can independently verify the theorem. PODC has

no artifact track and no ACM badge program, so there is nothing to package for evaluators — the

deliverable that makes your result checkable is a self-contained proof and an **honest model

box**. This skill translates the open-science instinct into what actually matters at PODC.

What "checkable" means here

A PODC result is reproducible when a competent reader, given only your submission and its full

version, can:

  1. Read the model box and know exactly what network, timing, fault, adversary, randomness, and

cost-measure assumptions are in force.

  1. Follow every proof to its base cases and cited lemmas **without needing an external file, a

private note, or a "details omitted"**.

  1. Confirm that each theorem holds in the stated model and nowhere relies on a stronger assumption.

The self-contained proof appendix

Because the 10-page merits budget cannot hold full proofs, the full version (submitted as the

paper, and later posted to arXiv) carries them. Make it self-contained:

[Every lemma stated]     each lemma the main theorem uses appears with a full proof, or a precise
                         citation to an external theorem (statement quoted, not just referenced)
[No "it is easy to see"] for any nontrivial step; either prove it or mark it explicitly routine
[Base cases present]     inductions and recursions have their base cases proved
[Invariants proved]      each named invariant is shown to hold initially and be preserved
[Notation defined once]  a single notation table the appendix and body share
[Cross-references exact]  "by Lemma 3.2" points to the right statement in both body and full version

A proof that says "the remaining case is symmetric" is fine only if it truly is; reviewers check the

"symmetric" cases that turn out not to be.

The model/assumption box is the reproducibility contract

The single most common reason a PODC result fails to reproduce is an **assumption used but not

declared**. Treat the model box (see podc-writing-style) as a contract:

  • Every assumption the proofs use must be in the box. If a proof needs a shared coin, the box must

grant one. If it needs FIFO channels, the box must say so.

  • Nothing in the box may be silently strengthened mid-proof (asynchrony becoming "eventually

synchronous" without invoking GST; an oblivious adversary becoming "non-adaptive within a phase").

  • If a result holds only in a parameter regime, the box or the theorem states the regime.

Run the assumption audit from podc-experiments and confirm the box covers everything the proofs

consume.

Optional simulations: transparent, not load-bearing

If the paper includes a simulation (many do not), make it reproducible as an illustration:

  • State the parameters, ranges, number of trials, and random seeds; pin the environment

(language/version) in the full version or a linked bundle.

  • One-command reproduction is a nice-to-have, not a requirement — the result stands on the proof.
  • Keep any simulation repository/author-page link out of the anonymized submission (lightweight

double-blind), and add it only in the camera-ready / arXiv version.

  • Never present simulation output as if it verified the theorem; label it "illustrative."

Keeping the full version in sync

  • The camera-ready (≤10 proceedings pages) and the arXiv full version must state identical

theorems; only the proof detail differs. A theorem tightened in one and not the other is a

correctness-record bug.

  • When you fix a proof after acceptance, propagate the fix to the arXiv version and note the revision

— the community reads arXiv for the proofs.

  • Cross-reference the full version from the proceedings paper ("full proofs in the full version

[arXiv:...]") so a reader can always reach the complete argument.

Common failures

  • "Proof omitted" with no full version — the result is then unverifiable; unacceptable at a

proofs venue.

  • Assumption used but not in the model box — the reproducibility contract is broken.
  • Body and full version disagree on a theorem statement or constant.
  • Simulation dressed as verification — a plot presented as if it proved correctness.
  • De-anonymizing link in the submission — a simulation repo that reveals authorship under

double-blind.

Output format

[Proof appendix] self-contained? every lemma proved/precisely cited? base cases + invariants present?
[Model box contract] every assumption the proofs use is declared and never silently strengthened?
[Body <-> full version] theorem statements identical; full proofs reachable from the proceedings paper?
[Simulation] absent / illustrative-with-seeds-and-ranges; no de-anonymizing links at review time?
[Fix queue] <omitted proofs to supply; undeclared assumptions; sync mismatches>

想直接用这个技能?

本站把开放许可(MIT / Apache 等)的技能按仓库打包整理到网盘,点一下转存到你自己的网盘,不用一个个从 GitHub 拉。许可未声明的技能只给原始仓库链接,不打包。