IEEE Access Acceptance Rate

The 45-50% acceptance rate at IEEE Access reflects an intentionally inclusive editorial model. For context within IEEE:

• IEEE Transactions on Pattern Analysis & Machine Intelligence: 15-20%
• IEEE Transactions on Information Theory: 20-25%
• IEEE Transactions on Communications: 25-30%
• IEEE Access: 45-50%
• IEEE Sensors Journal: 40-45%

IEEE Access receives 8,000-10,000 submissions per year and publishes roughly 4,000-5,000. The impact factor is 3.6 (2024 JCR, Q2 rank 128/366), positioning it as a mid-tier venue in electrical engineering and computer science.

The journal is fully open access with no author processing charges. IEEE members get access through their membership; non-members can access all papers freely online.

A 45-50% acceptance rate might seem permissive, but it doesn't mean IEEE Access is a vanity journal. The journal publishes "technically sound" work, and "sound" has real meaning. Poor methodology, unjustified claims, or fundamental errors still result in rejection.

What the high acceptance rate does mean:

• Novelty isn't required. Your paper can be an application of known techniques to a new problem.
• Incremental contributions count. Steady advances in a narrow domain are acceptable.
• You don't need breakthrough results. Solid engineering work publishes.
• Less competition for reviewer attention. With thousands of papers, editors are more willing to accept papers that don't have obvious flaws.

Only about 10-15% of submissions to IEEE Access are desk rejected. Editors rarely kill papers before peer review.

Desk rejection happens mainly for:

Completely wrong scope. Biology research, social sciences, or topics with zero connection to electrical engineering or computer science.

Unfinished manuscripts. Clearly empty sections, missing results, or incomplete analysis.

Fundamental incompleteness. A paper that makes claims but provides no supporting evidence or methodology.

Most other papers, even weak ones, go to peer review. That's the IEEE Access model: let peer review make the call.

Papers go to two peer reviewers, usually within your specific subfield. Reviewers are given 30-45 days.

At peer review, assessors focus on:

Technical correctness. Is the methodology sound? Are results reproducible? Are conclusions supported by data?

Clarity and completeness. Can another engineer understand and build on this work? Are methods described fully?

Meaningful contribution. Does the work advance the state of practice or knowledge in the field, even if incrementally?

Appropriate experimental design or analysis. Are the experiments designed to test the claims? Is statistical analysis correct?

Note: reviewers don't heavily weight novelty or broad impact. A paper that applies a standard technique to a new application can get accepted.

Time to first decision at IEEE Access typically ranges from 80-120 days. The timeline:

• Days 1-5: Desk check and editorial assessment (very quick)
• Days 1-30: Reviewer recruitment
• Days 30-75: Peer review (reviewers usually respond by day 75)
• Days 75-100: Editorial decision
• Days 100-120: Decision communication

If you haven't heard in 120 days, a status inquiry is reasonable. The journal can be slow during submission surges.

Papers accepted at IEEE Access typically have:

Sound methodology. Methods are clearly described and appropriate for the research question.

Complete experimental work. All major claims have supporting evidence. Results section is thorough.

Clear presentation. The paper can be understood by someone outside the narrow subfield. Figures are clear and labeled.

Reproducibility. Another researcher could plausibly implement or replicate the work from the paper.

Honest limitations. The authors acknowledge what they didn't test or what the work doesn't address.

Appropriate scope. The work makes a focused contribution, even if not first-of-its-kind.

Weak or unjustified methods. Reviewers ask "why this approach?" If there's no good answer, rejection is likely.

Incomplete experiments. Claims without supporting evidence. Missing validation or testing.

No comparison to alternatives. Papers that don't compare their approach to existing methods or baselines.

Poor presentation. Unclear writing, weak figures, or organization that makes the paper hard to follow.

Trivial contribution. A paper that's technically sound but adds nothing meaningful to the field.

Reproducibility issues. Missing details that would prevent someone from replicating the work.

Write for clarity first. IEEE Access reviewers aren't under time pressure to read dense writing. Clear explanation is valued. An engineer outside your specific subfield should be able to follow your work.

Show your methodology fully. Don't be vague about methods. Explain what you did, why you did it that way, and what alternatives you considered.

Compare to existing work. Include at least a basic comparison to relevant existing approaches or tools. Show where your method is better.

Complete your experiments. Don't submit if you're still collecting data or running validation. Finish the work first.

Test your reproducibility. Can you fully explain your methods to someone else? Have you documented code, parameters, or procedures? Reproducibility is a strong signal.

Address limitations. Explicitly discuss what your work doesn't cover. This shows maturity and prevents reviewer criticism.

Submit to IEEE Access if:

• Your work is solid but incremental
• You want faster processing and high acceptance probability
• Your topic doesn't fit perfectly into a specialized IEEE Transactions journal
• You value open access and global reach

Submit to a specialized IEEE Transactions journal if:

• Your contribution is novel or significant
• Your work is central to a specific IEEE technical community
• You want higher prestige for your CV
• Your research is breakthrough-level

Both are peer-reviewed IEEE publications. IEEE Access is broader and more inclusive. Specialized journals are narrower and more selective.

Submit if:

• Your work is technically sound within electrical engineering or computer science, even if the contribution is incremental rather than breakthrough
• Methods are fully described, experiments are complete, and another engineer could replicate the work from what is written
• You value open access and a 45-50% acceptance rate over the higher selectivity of specialized IEEE Transactions journals
• You need a peer-reviewed IEEE publication and your topic does not fit neatly into one specific Transactions journal

Think twice if:

• Your contribution is novel and significant enough for a specialized IEEE Transactions journal, which carries stronger field-specific prestige
• The paper lacks clear comparison to existing methods or baselines, which is one of the most common rejection reasons even at this acceptance rate
• Your methodology is incomplete or your claims lack supporting evidence, since reviewers still reject technically unsound papers
• You are submitting primarily for the IEEE brand when the work would benefit more from a field-specific venue's concentrated readership

IEEE Access publishes across all IEEE disciplines, but acceptance varies:

These are estimates. IEEE Access doesn't publish field-specific acceptance rates.

IEEE Access's ~50% acceptance rate is one of the highest among IEEE journals. But that number hides meaningful variation depending on how your paper enters the pipeline and what type of work it represents.

The most common rejection reason isn't bad science, it's lazy comparison. Reviewers at IEEE Access consistently reject papers that propose a method or system without comparing it to existing alternatives. If you don't benchmark against at least two relevant baselines, you're handing reviewers an easy reason to say no.

Acceptance rates also vary by paper type. Methods-heavy papers with clear experimental validation do best (~55-60% acceptance in our estimate). Survey and review papers are harder to place (~35-40%) because IEEE Access gets flooded with low-effort surveys that rehash known literature. Application papers fall in the middle (~45-50%), they're accepted when the application is genuinely novel, rejected when it's just a standard technique applied to a slightly different dataset.

If your paper has complete experiments, honest comparisons, and clear writing, you're competing in a pool where acceptance is well above 50%. The papers dragging down the average are the ones with missing baselines and incomplete validation, don't be one of them. An IEEE Access validation gap check can flag these gaps before reviewers do.