Journal of Robotic Surgery and Artificial Intelligence

Aims And Scope

Journal of Robotic Surgery and Artificial Intelligence (JRAI) is an open access journal dedicated to furthering knowledge in the field of robotic surgery and artificial intelligence. This journal strives to promote a deeper understanding of the full spectrum of advancements, from the latest research to the industry applications. 

The scope of JRAI covers the groundbreaking advances in robotic surgery and artificial intelligence, the latest trends in the industry, the potential of applications, and the challenges and opportunities faced in the field. The mission of the journal is to publish original, high quality articles that provide a comprehensive overview of the intersections of robotic surgery and artificial intelligence.

JRAI publishes original research, reviews, case reports, commentaries and short communications exploring the intersection of robotic surgery and artificial intelligence. AI-based learning algorithms, image recognition and analysis, big data analysis and visualization, as well as policy and ethical considerations.

The journal aims to promote research and knowledge-sharing in the area of robotic surgery and artificial intelligence, while providing a platform for the publication of relevant research.

Journal of Robotics and Artificial Intelligence welcomes contributions from the following research areas but not limited to the following branches :

• Emotional intelligence
• Bariatric Surgery
• Artificial intelligence
• Big data
• Machine learning
• Robotics
• Augmented reality
• Bioinformatics
• Natural Language Processing
• Computer vision
• Cognitive Science
• Robotic Surgery
• Neural Networks
• Decision-making
• Pattern recognition
• Emergency Surgery
• Information Retrieval
• AI Algorithms
• Deep-learning models
• Autonomous robotics
• Robot-assisted surgery
• Digital surgery
• Neural computing
• Image-guidance
• Assistive Robotics
• Hybrid Intelligent Systems
• Image Understanding
• Intelligent planning
• Natural Language Processing and Understanding
• Networked Robotics
• Robotic-assisted surgery
• Minimally invasive surgery
• Laparoscopic surgery
• Endoscopic surgery
• Image-guided surgery
• Surgical robotics
• Robot-assisted procedures
• Surgical automation
• Tele-surgery
• Artificial intelligence in surgery
• Machine learning in surgery
• Surgical decision-making
• Robotic surgical training
• Robotic surgical simulation
• Robotic surgical instrumentation
• Robotic surgical navigation
• Robotic surgical safety
• Robotic surgical accuracy
• Robotic surgical efficiency
• Robotic surgical outcomes
• Robotic surgical complications
• Robotic surgical cost-effectiveness
• Robotic surgery in gynecology
• Robotic surgery in urology
• Robotic surgery in neurosurgery
• Robotic surgery in orthopedics
• Robotic surgery in cardiology
• Robotic surgery in general surgery
• Robotic surgery in thoracic surgery
• Robotic surgery in head and neck surgery
• Robotic surgery in pediatric surgery
• Robotic surgery in transplant surgery
• Robotic surgery in plastic surgery
• Robotic surgery in ophthalmology
• Robotic surgery in gastroenterology
• Robotic surgery in oncology
• Robotic surgery in vascular surgery
• Robotic surgery in ENT surgery
• Robotic surgery in dental surgery
• Artificial intelligence and surgical planning
• Artificial intelligence and surgical navigation
• Artificial intelligence and surgical outcomes
• Artificial intelligence and surgical decision-making
• Artificial intelligence and surgical safety
• Artificial intelligence and surgical education
• Artificial intelligence and surgical research
• Artificial intelligence and surgical innovation
• Robotic surgical technology advancements