Why Researchers Choose IEEE Transactions on Knowledge and Data Engineering for High-Impact Publications
IEEE Transactions on Knowledge and Data Engineering stands as a cornerstone for researchers in database administration and related fields. Established in 1989 by the IEEE Computer Society, this journal has evolved into a premier venue for advancing knowledge in data management, artificial intelligence, and computational methodologies. Its rigorous peer-review process ensures that only the most innovative and impactful works are published, making it a preferred choice for academics seeking to disseminate high-quality research.
The journal's scope encompasses a wide array of topics, including database systems, data mining, machine learning algorithms, knowledge representation, and big data analytics. With a focus on both theoretical foundations and practical applications, it attracts contributions from global experts who aim to solve real-world challenges in data-intensive environments. The impact factor of 9.124 (2022 Clarivate Analytics) underscores its influence, placing it among the top-tier publications in computer science. Researchers value its hybrid open access model, which balances accessibility with traditional subscription benefits, allowing broader dissemination without compromising quality.
Publishing here not only enhances visibility but also connects authors to a network of influential scholars. The journal's indexing in major databases like Scopus and Web of Science amplifies citation potential, crucial for career progression in academia and industry. For database administrators and data engineers, submitting to IEEE Transactions on Knowledge and Data Engineering offers a platform to showcase expertise in emerging technologies such as cloud computing and semantic web. As data volumes explode, the journal's emphasis on scalable solutions positions it as essential reading and publishing outlet.
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Overview & History
IEEE Transactions on Knowledge and Data Engineering was launched in January 1989 to address the growing need for a dedicated forum on knowledge-based systems and data engineering. Published by the IEEE Computer Society, it has chronicled the evolution from early database theories to modern AI-driven data processing. Over three decades, it has published thousands of articles that have shaped the discipline, adapting to technological shifts like the rise of NoSQL databases and deep learning.
The journal's history reflects the IEEE's commitment to excellence, with quarterly issues that maintain a balance between depth and breadth. Key milestones include its early focus on expert systems in the 1990s and pivot to big data in the 2010s. Today, it serves as a vital resource for professionals in database administration, fostering interdisciplinary dialogue.
Scope and Disciplines Covered
The journal covers foundational and applied research in knowledge and data engineering. Core areas include database design, query optimization, information retrieval, and knowledge discovery. It welcomes papers on machine learning applications in data management, privacy-preserving techniques, and scalable architectures for massive datasets.
| Discipline | Description |
|---|---|
| Databases | Systems for storage, retrieval, and management of structured and unstructured data. |
| Artificial Intelligence | Knowledge representation, reasoning, and AI integration with data engineering. |
| Data Mining | Techniques for extracting patterns from large datasets, including clustering and classification. |
| Machine Learning | Algorithms for predictive modeling and automated data analysis. |
| Big Data Analytics | Tools and methods for processing and analyzing voluminous, high-velocity data. |
These disciplines align with the needs of database administrators, emphasizing practical implementations alongside theoretical advancements.
Key Journal Metrics
| Metric | Value | Source |
|---|---|---|
| Impact Factor | 9.124 | Clarivate 2022 |
| CiteScore | 17.3 | Scopus 2023 |
| h-Index | 142 | Scopus |
| Acceptance Rate | Not publicly disclosed | N/A |
| Average Review Time | 4-6 months | Publisher data |
These metrics highlight the journal's selectivity and influence, making it a benchmark for quality in the field.
Indexing and Abstracting
IEEE Transactions on Knowledge and Data Engineering is indexed in prestigious databases, ensuring global reach. It appears in Clarivate Web of Science, Scopus, DBLP, and INSPEC. Abstracting services include ACM Digital Library and Google Scholar, facilitating easy access for researchers worldwide. This comprehensive coverage boosts discoverability and citations.
For verification, visit the official journal homepage or check Scopus for detailed metrics.
Publication Model and Fees
The journal operates on a hybrid model, offering both subscription access and open access options. Authors can publish traditionally at no cost or choose gold open access with an Article Processing Charge (APC) of $2,200. This structure supports IEEE's mission of open science while maintaining financial sustainability. No page charges apply for standard publications, but color figures incur fees if not essential.
Sherpa/RoMEO classifies it as green for self-archiving, allowing preprint deposits after acceptance.
Submission Process and Guidelines
Submissions are handled via the IEEE Manuscript Central portal at ScholarOne. Authors must follow IEEE formatting guidelines, including double-column layout and LaTeX templates available on the site. Originality is paramount; plagiarism checks are rigorous. The process involves initial screening, peer review by 3-5 experts, and revisions. Guidelines emphasize clear contributions, experimental validation, and ethical standards.
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Editorial Board Highlights
The editorial team comprises renowned experts. Editor-in-Chief Philip S. Yu from the University of Illinois at Chicago leads with over 1,000 publications in data mining. Associate Editors include specialists from Stanford, MIT, and Tsinghua University, covering diverse subfields. Their expertise ensures balanced, high-standard reviews.
Why Publish in IEEE Transactions on Knowledge and Data Engineering?
Publishing here elevates your profile due to the journal's prestige and readership of over 100,000 IEEE members. It offers rapid dissemination, with online-first publication, and networking opportunities at IEEE conferences. For database administrators, it validates expertise in critical areas like data security and optimization, aiding career advancement. The journal's focus on interdisciplinary work bridges academia and industry, enhancing practical impact.
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Comparison with Similar Journals
| Journal | Impact Factor | Scope Focus | Publisher |
|---|---|---|---|
| IEEE TKDE | 9.124 | Knowledge & Data Engineering | IEEE |
| ACM Transactions on Database Systems | 2.3 | Database Theory & Systems | ACM |
| VLDB Journal | 3.9 | Very Large Data Bases | Springer |
| Data Mining and Knowledge Discovery | 4.2 | Data Mining Applications | Springer |
| Information Systems | 3.1 | Information Management | Elsevier |
IEEE TKDE excels in impact and breadth compared to peers, particularly in AI integration.
Researcher Tips for Successful Submission
- Ensure novelty: Highlight how your work advances existing knowledge in database administration.
- Validate rigorously: Include empirical results and comparisons with state-of-the-art methods.
- Follow guidelines: Use provided templates to avoid desk rejections.
- Engage reviewers: Address potential concerns in your cover letter.
- Collaborate globally: Cite diverse sources to strengthen interdisciplinary appeal.
For more tips, check PhD programs in computer science or tenure-track positions in data science. Track deadlines with our academic calendar and connect with mentors via Rate My Professor.