Use when positioning an ACM SIGMETRICS submission against the performance-evaluation literature across SIGMETRICS/POMACS, Performance Evaluation, QUESTA, TON, and the systems/learning/measurement neighbors (NSDI/OSDI, IMC, NeurIPS/ICML), writing delta-first contrast rather than a citation catalog, keeping self-citations double-anonymous, and handling concurrent and prior-version overlap.
Scanned 9/5/2026
Install to Claude Code
npx -y skills add brycewang-stanford/Awesome-Journal-Skills --skill sigmetrics-related-work --agent claude-codeInstalls into .claude/skills of the current project.
Are you the author of Sigmetrics Related Work?
Add the live security badge to your README — it updates automatically with every re-scan.
[](https://www.skillsdirectory.com/skills/brycewang-stanford-sigmetrics-related-work)More formats (shields.io, HTML) on the badges page.
---
name: sigmetrics-related-work
description: Use when positioning an ACM SIGMETRICS submission against the performance-evaluation literature across SIGMETRICS/POMACS, Performance Evaluation, QUESTA, TON, and the systems/learning/measurement neighbors (NSDI/OSDI, IMC, NeurIPS/ICML), writing delta-first contrast rather than a citation catalog, keeping self-citations double-anonymous, and handling concurrent and prior-version overlap.
---
# SIGMETRICS Related Work
Use this to audit novelty and eligibility. SIGMETRICS reviewers are close to the
performance-evaluation literature and expect to see where your paper sits relative to the nearest
prior model, bound, or measurement — stated as a **delta**, not a list. Reopen the current call for
the simultaneous-submission and prior-publication rules (a paper under one-shot revision counts as
under submission) before advising authors.
## Positioning checks
- **Separate the analytic/measurement novelty from the engineering effort.** What is new: a tighter
bound, a more general model, a policy that provably beats a known one, a measurement of a system
nobody had characterized, or a learning algorithm with a new guarantee?
- **Cover the performance-evaluation lanes** (see the table), not just the papers nearest your
method. A bibliography missing the obvious queueing-theory predecessor or the prior measurement of
the same system reads as unaware.
- **Write delta-first.** Each closely related paper gets one sentence naming what it did and one
naming what you do differently — a tighter bound, a weaker assumption, a broader policy class, a
larger/newer measurement — not a summary.
- **Preserve double-anonymity.** Cite your own prior work in the third person and never link
reviewers to an identity-revealing preprint, system page, or repository (Operational Systems Track
excepted).
- **Declare overlap** with any prior conference/workshop version or concurrent submission; do not
re-submit archival work as new.
## Performance-evaluation literature lanes
| Lane | Typical venues | What SIGMETRICS reviewers check |
|---|---|---|
| Core performance evaluation | SIGMETRICS/POMACS, Performance Evaluation, QUESTA | Whether the nearest model/bound/measurement is compared or distinguished |
| Systems (when you claim a systems payoff) | NSDI, OSDI, SIGCOMM, ATC | Whether the system you improve/measure is credited and fairly baselined |
| Measurement | IMC, PAM, INFOCOM | Whether prior measurements of the same system/workload are engaged |
| Learning (Learning track) | NeurIPS, ICML, COLT | Whether the learning-theoretic predecessor (regret bounds, algorithms) is cited to its origin |
| Networking/queueing journals | IEEE/ACM TON, QUESTA, Stochastic Models | Whether deeper journal-length analyses of the model are engaged |
A bibliography that cites only your own subarea tells a reviewer the delta may be smaller than
claimed; one that reaches the neighboring theory, systems, and measurement venues signals command of
the field.
## Delta-first positioning vignette
Suppose the paper proves a tail-latency bound for a rank-based scheduler. Its nearest neighbors: a
prior analysis of a single age-based policy (one policy, mean latency), a general scheduling
framework (broad class, but no tail bound), and a measurement study of the target system (data, no
policy analysis). The novelty sentence should name all three contrasts — a **tail** bound where the
single-policy analysis gave only mean, a **provable tail guarantee** where the framework gave none,
and a **policy with analysis** where the measurement gave only characterization.
## Concurrent and prior-version judgment calls
```text
[Concurrent arXiv work] cite neutrally, state the technical difference (tighter bound? weaker
assumption? newer measurement?), avoid unverifiable priority claims;
keep the citation double-anonymous
[Your workshop version] usually non-archival and citable, but confirm against the current call
wording and phrase so anonymity survives
[Prior short version] declare the overlap and state what the full paper adds (proofs, validation)
[Paper under one-shot revision] it is under submission to SIGMETRICS -- do not submit it elsewhere
before withdrawing
```
## Eligibility red flags
- Substantial text/result overlap with a published paper by the same authors (self-plagiarism risk).
- A "new" analysis that re-derives a known bound without a tighter result or weaker assumption.
- Citations exclusively to non-performance-evaluation venues, signaling the paper may be a systems
or learning paper rerouted without reframing.
## Output format
```text
[Eligibility] clear / needs declaration / risky
[Lanes covered] <performance-eval / systems / measurement / learning / journals>
[Nearest 3 works] <work -> one-line delta (tighter bound / weaker assumption / broader class / newer data)>
[Archival-overlap risk] <none / declare: what>
[Novelty sentence] <SIGMETRICS-ready contribution contrast against the nearest prior work>
```
Is this your skill, or is something wrong with this listing? Request removal or report an issue. Author removals are honored within 72 hours.
No comments yet. Be the first to comment!