Current Practices and the Future of Robotic Surgical Training

Keyphrases

• Robotic Training 100%
• Future of Robotics 100%
• Robotic Surgery 50%
• Robotic Curriculum 50%
• Operation Evaluation 50%
• Remote Mentoring 50%
• Augmented Reality 50%
• Time Feedback 50%
• Training Program 50%
• Training Tool 25%
• Simulation Training 25%
• Surgical Education 25%
• Computer-assisted Surgery 25%
• Evidence-based 25%
• Surgery Simulation 25%
• PubMed 25%
• Instrument Validation 25%
• Immersive Training 25%
• Full-wave Analysis 25%
• Training Set 25%
• Cost Reduction 25%
• Performance Assessment 25%
• Limited Access 25%
• Training Methods 25%
• Training Education 25%
• Virtual Reality Surgical Training 25%
• Training Simulation 25%
• Technical Skills 25%
• Machine Learning 25%
• Equipment Cost 25%
• AI Learning 25%
• Robotic Platform 25%
• Surgeons 25%
• Feedback Training 25%
• Curriculum Training 25%
• Split up 25%
• MEDLINE 25%
• Distribution Principles 25%
• Google Scholar 25%
• Literature Search 25%
• Skill Acquisition 25%
• Novice to Expert 25%
• Improved Patient Outcomes 25%
• Study Review 25%
• Mental Workload 25%

Computer Science

• Augmented Reality 100%
• Surgical Training 100%
• Emerging Technology 100%
• Machine Learning 50%
• Assessment Tool 50%
• Training Course 50%
• Assisted Surgery 50%
• Training Environment 50%
• Virtual Reality 50%
• Technical Skill 50%
• Artificial Intelligence 50%
• Learning System 50%
• Future Direction 50%
• Training Program 50%

Medicine and Dentistry

• Robot-Assisted Surgery 100%
• Health Care Cost 40%
• Weakness 20%
• Surgeon 20%
• Simulation Training 20%
• Computer Assisted Surgery 20%