Journal IndexingJournal of Applied Robotics and Artificial Intelligence
JRAI ensures your work is discoverable through recognized scholarly infrastructure and open metadata distribution.
Citation Integrity
JRAI uses CrossMark for version control and Crossref Similarity Check for plagiarism screening. These systems protect the reliability of the scholarly record and support transparent corrections.
Core Discovery Channels
Published articles are discoverable through major search and library platforms used by engineers and clinicians.
- Google Scholar for global academic discovery
- WorldCat (OCLC) for institutional library visibility
Additional Discovery Platforms
Open metadata supports discovery across major academic search engines and repositories.
- Semantic Scholar
- OpenAlex
- CORE
- BASE
Visibility Timeline
After acceptance and publication, metadata deposits and sitemaps enable rapid discovery. Most platforms index new articles within 24 to 48 hours, supporting quick visibility.
PubMed Note
Not all articles are indexed in PubMed. Only NIH funded or mandated content deposited in PubMed Central becomes discoverable through PubMed.
Increase Your Research Visibility
Publish with JRAI to ensure your robotics and AI research is discoverable across key academic channels.
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Research Visibility
Open access publication ensures that robotic surgery and AI research is available to engineers, clinicians, and health system leaders worldwide.
Quality Assurance
Every manuscript receives editorial screening and independent review to protect the integrity of technical and clinical claims.
Transparency Statement
We only publish verifiable indexing information. If you need confirmation of a specific service, contact the editorial office for documentation.
DOI and Metadata Deposits
Each article receives a DOI and structured metadata that enables citation linking and platform discovery. Accurate metadata improves search visibility and long term access.
Library and Repository Reach
WorldCat and open metadata feeds make articles visible to institutional libraries and research repositories. This supports long term preservation and academic reach.
Research Profile Visibility
Indexed content appears in researcher profiles and citation tools, helping authors track impact and collaboration opportunities across engineering and clinical communities.
Discovery Timing
After publication, indexing services typically ingest metadata within 24 to 48 hours. Timeline variations depend on platform crawling schedules and repository updates.
Indexing vs Discovery
Indexing supports citation integrity and persistent identification, while discovery platforms help readers find your work. Both are essential for research impact and long term visibility.
Quality Signals
CrossMark and Similarity Check provide quality assurance signals to readers. These systems demonstrate a commitment to integrity and responsible publishing practices.
Open Access Advantage
Open access content is crawled widely and shared across scholarly tools. This increases the chance that robotics and AI research is cited by clinical and engineering communities.
Support and Verification
If you need to verify indexing status for grant reporting or institutional audits, contact the editorial office for confirmation and documentation.
Clinical Credibility
Indexing and discovery pathways help clinical stakeholders assess credibility and locate supporting evidence. Visibility in trusted systems supports adoption decisions for robotic and AI technologies.
Metadata Quality
Accurate titles, abstracts, and keywords improve how search engines surface your work. Authors can strengthen discoverability by using precise technical and clinical terminology. Use consistent abbreviations and avoid overly broad terms so indexing services surface the article for precise robotics and AI queries in clinical and engineering searches and database alerts worldwide.
Citation Linking
Crossref DOI registration enables citation linking across journals and databases. This helps readers trace prior work and supports citation tracking for grant and performance reporting. Accurate references also improve interoperability with institutional repositories and research profiles.