Skills Soft Skills Crafting Scientific Paper Rebuttals

Crafting Scientific Paper Rebuttals

v20260724
mobisys-author-response
This guide provides a structured methodology for authors responding to peer reviews in technical conferences (e.g., MobiSys). It emphasizes strict scope discipline, focusing only on correcting factual errors or answering specific reviewer questions. The process requires anchoring all claims to existing evidence and maintaining a double-blind approach to maximize acceptance chances.
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Overview

MobiSys Author Response

Use this after MobiSys round-2 reviews are released. Reopen the current rebuttal instructions and length limit before drafting, because scope and mechanics are cycle-specific. The MobiSys rebuttal is narrow by design: it is not a revision and not a place to reargue the paper.

Scope discipline

  • The rebuttal is for correcting factual errors in the reviews and answering specific questions reviewers posed. Stay inside that scope.
  • New experiments are admissible only if they directly address reviewer feedback; alternatively, you may promise results expected by the camera-ready deadline — but only ones you can actually deliver.
  • Keep the reply double-blind: no institution, authorship, private repository, or identity-revealing device/account detail.
  • Use existing submitted evidence first: figures, appendix tables, device provenance, and the artifact — point to them precisely rather than restating them.

Triage

  • Answer concerns that affect the decision: is the system real, is the on-device evidence sufficient, is the energy/latency claim defensible, is the contribution a system.
  • Correct factual misreadings first (a reviewer who thinks you tested one device when you tested four), then address requests for a missing baseline, an energy boundary, or a break-condition experiment.
  • One decision-critical point per reviewer beats an exhaustive reply; the AC reads for whether the central objection was actually resolved.

Drafting pattern

  1. State the decision-critical correction or concession first.
  2. Point to exact submitted evidence (figure, table, appendix, artifact).
  3. Explain the systems consequence — what it means for the device claim.
  4. Promise a camera-ready fix only if it adds no unsupported claim and you can deliver it.

Systems-reviewer pushback patterns

Pushback What it signals MobiSys-ready fix
"Evaluated on one device" Generalization doubt Point to the multi-device table, or promise the added device honestly
"Energy numbers are unconvincing" Undefined instrument/boundary Name the power monitor, sampling rate, and envelope already in App. A
"Only a 30-second benchmark" Throttling hidden Reference the sustained-load run and thermal trace, or promise one
"This is a better model, not a system" Fit doubt Re-anchor the contribution as the runtime/scheduling mechanism, with the ablation that isolates it

Response micro-example

Reviewer objection: the latency win might vanish once the device throttles. Reply skeleton:

  1. Concede the concern is the right one to raise for sustained load.
  2. Point to the 20-minute run in Fig. 1 and the thermal trace in App. A, already submitted.
  3. Note the win holds to steady state on all four devices, with the numbers regenerable from the artifact.
  4. Offer one camera-ready sentence making the steady-state result explicit in the body.

Output format

[Priority issue] <reviewer concern>
[Decision dimension] contribution / on-device evidence / energy-latency rigor / clarity
[Draft response] <MobiSys-ready anonymous text within scope>
[Evidence anchor] <figure/table/appendix/artifact item>
[Out-of-scope content removed] <reargument, identity leaks, undeliverable promises>
Info
Category Soft Skills
Name mobisys-author-response
Version v20260724
Size 3.64KB
Updated At 2026-07-28
Language