Advanced Technique for Tele-operated Surgery Using an Intelligent Head-mount Display System
Irvin S. Cardenas and Jong-Hoon Kim
Recent medical-robotic developments have enabled tele-operated surgery to become a powerful treatment option when a surgeon is not available locally. However, even though tele-surgery has improved greatly, certain developments regarding the interaction between a surgeon and the remote surgical room is still in need of improvement, especially image display and camera movement. First, the use of two-dimensional imaging during tele-surgery causes a loss in depth perception, orientation and hand-eye disassociation. Likewise, the use of stationary screens can cause neck-strain to a surgeon. Also, an issue highest priority concerns the quality of data transmission during the real-time video streaming of a tele-operated surgery.
To approach these issues, we propose a new head-mounted device that provides a more ergonomic and intuitive feeling to tele-operational surgeons. This device allows them to naturally control the view of the camera via head movement, hence providing a three-dimensional view. And by enabling the head-mount display to provide the remote surgical camera with orientation information, our application-level Quality of Service framework can adjust image quality to prevent excess delay and jitter during robotic tele-surgical video. Thus, our device can provide high quality video, as well as a more natural and ergonomic feeling to performing tele-operated surgery.
[ To appear in the Proceedings of the 29th Southern Biomedical Engineering Conference (SBEC), Miami, May 2013 ]
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