French Surgeons Are Recording Surgery Videos for the Oculus Rift
Rahul Kalvapalle — August 14, 2014 — Tech
Surgeons in France filmed a hip replacement operation before turning it into an incredible -- and incredibly queasy -- virtual reality surgery video. The video can be downloaded for the Oculus Rift and viewed in its immersive environment. The project was carried out to look into whether virtual reality Oculus Rift videos could be useful as teaching tools.
Dr. Thomas Gregory wore a head-mounted GoPro Dual Hero system, which uses a pair of cameras to capture stereoscopic 3D video that works in a virtual reality environment. By making the video compatible with Oculus Rift, doctors can put others in their shoes and make them experience what it is like to perform surgery.
Such virtual reality surgery videos could become very useful to train medical students and trainee surgeons and give them an excellent view of proceedings.
Dr. Thomas Gregory wore a head-mounted GoPro Dual Hero system, which uses a pair of cameras to capture stereoscopic 3D video that works in a virtual reality environment. By making the video compatible with Oculus Rift, doctors can put others in their shoes and make them experience what it is like to perform surgery.
Such virtual reality surgery videos could become very useful to train medical students and trainee surgeons and give them an excellent view of proceedings.
Trend Themes
1. Virtual Reality Medical Education - Using virtual reality to create immersive surgical training experiences for medical students and trainee surgeons.
2. Utilizing Stereoscopic 3D Video - Capturing surgical procedures in stereoscopic 3D video format to enhance the immersive experience for medical professionals.
3. Virtual Reality in Surgical Education - Exploring the effectiveness of virtual reality Oculus Rift videos as a teaching tool for surgical education.
Industry Implications
1. Medical Education - Incorporating virtual reality technology into medical education to enhance training methodologies and improve surgical skills acquisition.
2. Medical Technology - Advancing the development and adoption of stereoscopic 3D video systems for surgical applications, enhancing surgical visualization and training experiences.
3. Virtual Reality Technology - Expanding the application of virtual reality technology in the healthcare industry, particularly in surgical education and training.
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