Skills Engineering Writing Mobile Systems Papers for MobiSys

Writing Mobile Systems Papers for MobiSys

v20260724
mobisys-writing-style
This guide provides rigorous structural and disciplinary rules for authors submitting mobile-systems research to highly competitive conferences like MobiSys. It emphasizes moving beyond mere superlatives, mandating that all claims must be substantiated by explicit measurements of latency, energy, memory, and thermal budgets on real devices. Learn how to structure the paper to survive deep technical and systems-level peer review.
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Overview

MobiSys Writing Style

Use this when revising the main paper. A MobiSys paper needs a compact statement of the on-device problem, the system that solves it, and the measurements that prove it — in the 12-page double-column body.

Revision rules

  • Put the mobile-system contribution on the first page: the on-device pain, why current systems fail on the device, the mechanism, and the measured payoff.
  • Name the device budget explicitly. MobiSys reviewers are sensitive to hidden compute, energy, latency, memory, and thermal assumptions.
  • Pair every major claim with a measurement on real hardware, a design argument, or a reproducibility detail — never a superlative.
  • Use the 12-page body for the system's spine; move long protocols, extra device sweeps, and extended ablations to the appendix without making the main paper unintelligible.
  • Avoid overclaiming wins when the distribution is unreported or the gain is inside run-to-run spread.
  • Maintain double-blind style in self-citations, prior-system references, acknowledgements, funding, screenshots, and artifact descriptions.

System-presentation discipline

  • State the operating point: the device, the workload, and the budget the system respects. A latency number without its device and workload is not interpretable.
  • Give each design decision a why-on-the-device justification; MobiSys readers audit whether a choice is forced by the mobile constraint or merely convenient.
  • Report costs as distributions — p50/p95 latency, energy-per-operation, memory footprint — not single "up to N×" peaks.
  • Separate measured from estimated: an energy figure from a power monitor and an energy figure from a model are different claims and must be labeled so.
  • Keep the accuracy/quality trade-off honest: a system that is faster or cooler at a cost must state the cost in the same breath.

Sentence-level rewrites

Draft pattern MobiSys-safe rewrite
"Our system significantly outperforms..." "cuts p95 latency from X ms to Y ms on over N runs"
"Runs efficiently on mobile devices..." "holds 30 fps within a 3 W budget on , App. A"
"Saves substantial energy..." "reduces energy-per-frame by X mJ (p50), measured on "
"Achieves real-time performance..." Claim scoped to the device, workload, and thermal state tested

Vignette: compressing into twelve double-column pages

A draft with a runtime design, five device studies, and a sprawling background section: keep the design, one decision-critical figure (the latency-under-load curve) and one budget figure (energy-per-frame), and the accuracy-cost table; compress background into the specific failures current systems show on the device; move three device sweeps and the full protocol to the appendix with forward references. The test of a good cut: a systems reviewer should reconstruct the whole system and its evidence without opening the supplement.

Output format

[Writing diagnosis] clear / under-measured / overclaimed / overloaded
[First-page fix] <new mobile-system framing>
[Claim discipline] <claim -> measurement/design/limitation>
[Compression cuts] <move/delete/merge>
[Anonymity edits] <phrases, screenshots, or repo strings to rewrite>
Info
Category Engineering
Name mobisys-writing-style
Version v20260724
Size 3.61KB
Updated At 2026-07-28
Language