Skills Artificial Intelligence ML Paper Submission Topic Selection Guide

ML Paper Submission Topic Selection Guide

v20260724
icml-topic-selection
A comprehensive guide for researchers deciding the best venue for their machine learning manuscript. It helps evaluate whether a paper is a strong fit for ICML, or if it should be rerouted to specialized tracks, other top-tier conferences (NeurIPS, ICLR), or academic journals based on its core contribution type (theory, method, application) and novelty.
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Overview

ICML Topic Selection

Use this before committing to ICML. ICML rewards original, rigorous machine-learning research of significant interest to the ML community. It is not the best route for every AI application or position argument.

Strong fit

  • A core ML method, theory, optimization, probabilistic model, RL algorithm, evaluation method, systems contribution, or trustworthy-ML result.
  • A use-inspired paper where the ML technique, evaluation, or insight is itself important to the ML community.
  • A theory paper with clear assumptions and meaningful implications.
  • An empirical study that improves how ML is evaluated, reproduced, scaled, or understood.
  • A paper that can show soundness, originality, significance, clarity, and reproducibility within ICML's format.

Weak fit

  • A domain deployment with little ML novelty.
  • A benchmark win without mechanism or fair baselines.
  • A position or argument paper better suited to the ICML Position Papers track.
  • A replication, survey, dataset report, or engineering system better matched to another venue.
  • A paper that needs more than appendices or supplement to make the main contribution intelligible.

Routing decisions

  • Main-track ICML: rigorous ML contribution with strong evidence.
  • Position Papers: thesis-driven argument about the field rather than a standard research result.
  • NeurIPS/ICLR/AISTATS/UAI/COLT/MLSys: choose based on theory, representation learning, statistics, uncertainty, learning theory, or systems emphasis.
  • TMLR/JMLR: choose for journal-style depth, long revision cycles, or results needing more space.

Fit-versus-reroute table

Manuscript shape ICML verdict Better route if not ICML
New method with theory plus tuned benchmarks Strong main-track fit -
Pure learning-theory result, no experiments Fits if significant COLT for theory depth
Field-level argument or call for rigor Reroute ICML Position Papers track
Application with little ML novelty Weak Domain venue or applied track
Long result needing more than 8 pages Reconsider TMLR or JMLR

Worked vignette: where does the optimizer paper go

A new adaptive-step method has a non-convex convergence theorem and deep-learning benchmarks. This is a textbook ICML main-track fit because the ML mechanism, the rate, and the empirical gain are all of broad interest. If the same authors instead wrote an essay arguing the community over-relies on adaptive methods, that belongs in the Position Papers track, which uses a separate call and OpenReview site; check the current year's CFP for both tracks before deciding.

Output format

[Fit] High / Medium / Low
[Recommended route] ICML main / ICML position / workshop / another conference / journal
[Contribution type] method / theory / evaluation / systems / trustworthy ML / application-driven / position
[Why ICML] <one sentence>
[Upgrade needed] <evidence, framing, related work, artifacts, impact, or reroute>
Info
Name icml-topic-selection
Version v20260724
Size 3.4KB
Updated At 2026-07-28
Language