Virtual design prototyping applied to medical facilities.

Area of Science:

• Computer Science
• Virtual Reality
• Medical Technology

Background:

• MITRE has advanced rapid 3D modeling and immersive environment capabilities over five years.
• Virtual environment technology is applicable to both traditional and non-traditional domains.
• Contemporary commercial hardware and software, including stereoscopic displays and headsets, are utilized.

Purpose of the Study:

• To provide background on MITRE's 3D modeling and immersive environment capabilities.
• To describe the application of this technology in prototyping future operating rooms and designing medical facilities.
• To discuss the user interface facilitating object manipulation and interaction within 3D synthetic environments.

Main Methods:

• Development of rapid 3D modeling and immersive environment capabilities.
• Utilization of stereoscopic projection displays, headsets, and a unique user interface.
• Application in experimental design prototyping and facility design/retrofit.

Main Results:

• The technology enables the creation of virtual replicas of surgical rooms for training.
• It serves as infrastructure for collaborative interactive visualization, such as telesurgery.
• Rapid modeling allows for the development of synthetic renderings of proposed medical facilities before construction.

Conclusions:

• Rapid 3D modeling and immersive environments offer significant potential in medical training and facility design.
• The technology supports applications ranging from surgical training simulations to telesurgery and architectural visualization.
• Key issues for successful model interchange require further resolution for broader adoption.