Explore World Wide Web, a premier journal for web technologies and data management. With a strong impact factor and rigorous peer review, it offers researchers prestige and visibility in computer science. Ideal for high-quality submissions on web development and internet systems.
World Wide Web stands as a cornerstone in the field of computer science, particularly for those advancing web technologies, data management, and internet systems. Established in 1998 by Springer, this journal has evolved into a vital platform for researchers seeking to disseminate innovative work on the semantic web, web services, and large-scale data processing. Its commitment to high standards ensures that publications here carry significant weight in academic and professional circles.
The journal's scope encompasses a broad yet focused array of topics, from web information systems to multimedia data management, making it indispensable for scholars in web development. With an impact factor reflecting its influence—currently at 2.9 according to Clarivate Journal Citation Reports—this publication attracts submissions from leading experts worldwide. Researchers value World Wide Web for its rigorous peer-review process, which typically spans 3-6 months, guaranteeing quality and relevance.
Publishing in World Wide Web not only enhances a researcher's profile but also contributes to the global discourse on evolving web architectures. The journal's hybrid open access model allows authors to reach wider audiences while maintaining traditional subscription benefits. For those in web developer roles or academic positions, featuring work here can open doors to collaborations and funding opportunities.
As web technologies continue to shape digital economies, World Wide Web remains at the forefront, bridging theoretical advancements with practical applications. Whether exploring XML technologies or web mining algorithms, contributors find a receptive audience eager for cutting-edge insights. To elevate your research trajectory, consider submitting to this esteemed journal and connect with the computer science jobs landscape that values such publications.
Launched in 1998, World Wide Web was founded to address the burgeoning needs of the internet era, focusing on the technical underpinnings of the web. Published by Springer, it has grown alongside the web itself, adapting to advancements in data semantics, cloud computing, and web security. Over the years, it has published seminal papers that influence standards in web development and information retrieval.
The journal's evolution reflects the dynamic nature of its field. Early volumes emphasized foundational web architectures, while recent issues tackle AI integration in web systems and big data analytics. With quarterly issues, it maintains a steady output of peer-reviewed articles, fostering a community of over 1,000 citations per volume on average.
World Wide Web covers interdisciplinary topics at the intersection of computer science and information technology, with a primary emphasis on web-based systems.
| Discipline | Description |
|---|---|
| Web Information Systems | Design, implementation, and evaluation of web architectures and services. |
| Data Management | Techniques for handling large-scale web data, including databases and semantics. |
| Internet Technologies | Protocols, security, and multimedia in web environments. |
| Web Mining and Analytics | Extraction of knowledge from web data using machine learning. |
| Semantic Web | Ontologies, RDF, and linked data applications. |
These areas ensure comprehensive coverage for researchers in web developer and related fields.
| Metric | Value | Source |
|---|---|---|
| Impact Factor | 2.9 | Clarivate JCR 2022 |
| CiteScore | 5.8 | Scopus 2023 |
| Acceptance Rate | 25% | Publisher Data |
| Average Review Time | 120 days | Journal Metrics |
| h-Index | 52 | Scopus |
These metrics underscore World Wide Web's standing as a high-impact venue.
World Wide Web is indexed in major databases, enhancing discoverability. It appears in Scopus, Web of Science, DBLP, and Google Scholar. Abstracting services include INSPEC and ACM Digital Library, ensuring broad accessibility for web developer researchers. DOAJ lists it for open access visibility, while Sherpa/RoMEO confirms self-archiving policies.
The journal operates a hybrid model, offering subscription access with optional open access. Article Processing Charges (APC) for open access are €2,590 (USD 3,090), waivable under certain conditions. No page charges apply for standard publications. Springer supports transformative agreements for institutions, reducing fees for eligible authors.
Submissions are handled via Springer's Editorial Manager system. Authors must prepare manuscripts in LaTeX or Word, adhering to guidelines on length (up to 20 pages) and formatting. Originality checks via iThenticate are mandatory. The process includes initial screening, peer review by 2-3 experts, and revisions. Guidelines emphasize ethical standards and data availability.
The board comprises international experts, led by Editor-in-Chief Athena Vakali from Aristotle University of Greece. Notable members include specialists in web semantics from the US and Europe, such as Yanchun Zhang (Australia) and Jérôme Euzenat (France). Their diverse expertise ensures balanced, high-quality oversight.
Publishing here offers prestige through association with Springer and visibility via global indexing. The journal's focus on practical web developer applications attracts citations from industry and academia. Authors benefit from rapid online-first publication and DOI assignment, boosting career prospects in higher ed jobs.
| Journal | Impact Factor | Scope Focus | Publisher |
|---|---|---|---|
| World Wide Web | 2.9 | Web systems and data | Springer |
| Web Semantics | 2.5 | Semantic technologies | Elsevier |
| Journal of Web Engineering | 1.8 | Web app development | Rinton Press |
| ACM Transactions on the Web | 2.2 | Web algorithms | ACM |
World Wide Web excels in broader web data coverage compared to peers.
For career advice, visit Rate My Professor or explore web development positions. Additional links: data science jobs, internet technologies roles, semantic web opportunities, database management careers, computer science PhD programs, faculty development resources.