Call for PapersJournal of Applied Robotics and Artificial Intelligence
JRAI invites submissions that advance robotic surgery, medical AI, computer vision, and intelligent healthcare systems.
Scope and Focus
JRAI publishes original research, technical notes, and reviews that bridge robotics engineering and clinical practice. We seek evidence driven work that improves surgical precision, patient safety, and intelligent decision support.
Interdisciplinary teams are encouraged to submit studies that combine algorithm development with clinical validation, simulation testing, or real world deployment results.
Topics of Interest
We welcome submissions across the full pipeline of intelligent surgical systems and applied robotics.
- Robotic assisted surgery and teleoperation systems
- Medical imaging, computer vision, and surgical navigation
- Machine learning for diagnostics, triage, and outcomes prediction
- Autonomous systems, safety control, and human robot interaction
- AI enabled rehabilitation devices and assistive robotics
- Clinical validation, benchmarking, and regulatory readiness
- Data governance, bias mitigation, and ethical AI in healthcare
Why Publish with JRAI
Expert Review
Reviews by specialists in robotics, AI, and surgical innovation ensure technical depth and clinical relevance.
Rapid Visibility
Open access publication accelerates discovery and adoption across research labs and clinical teams.
Interdisciplinary Reach
Your work reaches engineers, surgeons, data scientists, and healthcare leaders through a focused journal audience.
Clear Standards
We emphasize reproducibility, validation metrics, and transparent reporting to strengthen impact.
Submission Readiness
Prepare a structured abstract, clear methodology, and validation metrics aligned to the clinical or engineering objective. Include data availability statements and ethical approvals where applicable.
- Confirm scope alignment with robotics or AI in healthcare
- Provide performance benchmarks and limitations
- Include ethics, consent, or safety approvals if needed
Submit Your Manuscript
Choose a submission method and share your robotics and AI research with the global clinical engineering community.
Email: [email protected] | Editorial guidance available
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.
Special Themes
We welcome proposals for thematic clusters on topics such as autonomous surgery, AI assisted imaging, and safety validation. Indicate thematic alignment in your cover letter for priority consideration.
Data and Code Transparency
Where possible, provide datasets or code repositories to support reproducibility. Clear documentation helps reviewers assess deployment readiness.
Industry Collaboration
Submissions from industry and clinical collaborations are encouraged when reporting standards and conflict disclosures are clear.
Interdisciplinary Collaboration
We value manuscripts that unite engineering innovation with clinical implementation. Highlight how your team integrates robotics, AI, and clinical expertise to solve real surgical challenges.
Evaluation and Benchmarks
Provide clear evaluation metrics, baseline comparisons, and validation protocols. Strong benchmarking strengthens confidence in algorithm performance and system safety.
Clinical Translation
Explain how the proposed system or model could be adopted in clinical workflows. Translational insight helps reviewers assess real world relevance.
Ethics and Safety
Address patient privacy, safety controls, and ethical considerations for autonomous or AI assisted systems. Ethical clarity improves trust and adoption.
Early Career Authors
JRAI welcomes submissions from early career researchers and graduate teams. Clear documentation and validation detail help establish credibility and visibility.
Submission Timeline
JRAI accepts submissions year round with rolling publication. Early submission helps align your work with upcoming themes and allows time for revisions.
Clinical Trials and Validation
If your study includes clinical trials or prospective validation, clearly describe study design, endpoints, and safety protocols. Transparency improves clinical confidence and review efficiency.
AI Transparency
Disclose model architecture, training data composition, and evaluation strategy. Explain limitations and generalizability to avoid overstatement of clinical performance.
Hardware and Device Reporting
For robotic systems, include hardware specifications, control parameters, and calibration details. Clear reporting helps readers understand system constraints and reproducibility.
Human Factors
Describe usability testing, workflow integration, and human robot interaction outcomes when relevant. These insights help bridge engineering innovation and clinical adoption.
Regulatory and Standards
If your work aligns with regulatory pathways or standards, include relevant references and compliance considerations. This strengthens the translational value of your submission.
Simulation and Training
Papers on simulation platforms, training systems, and digital twins are encouraged when they demonstrate measurable improvements in skill acquisition or system validation.
Dataset and Benchmark Papers
Dataset releases should include clear collection protocols, annotations, and usage constraints. Benchmark studies should explain baseline selection and evaluation criteria.
Collaborative Networks
We encourage multi site and cross disciplinary collaborations that demonstrate scalability, reproducibility, and real world deployment potential.
Submission Checklist
Include a clear statement of novelty, a reproducible evaluation plan, and a concise summary of clinical relevance. These elements help editors route your paper efficiently.
Peer Review Timeline
Submissions are reviewed on a rolling basis. Authors receive status updates throughout review and clear guidance on revisions when requested.
Clinical Imaging Quality
If your work relies on imaging data, describe acquisition protocols, preprocessing steps, and quality control measures. This detail improves interpretability and trust.
Responsible AI Governance
Discuss fairness, bias assessment, and transparency for AI assisted decision support. Responsible AI reporting supports clinician confidence and patient safety. Include explainability methods, monitoring plans for model drift, and safeguards for high risk decisions. Provide audit trail details where feasible so regulators and clinical partners can verify accountability. This clarity supports safe adoption and responsible deployment globally.