A virtual-reality-based haptic surgical training system.
Identifieur interne : 001A36 ( PubMed/Curation ); précédent : 001A35; suivant : 001A37A virtual-reality-based haptic surgical training system.
Auteurs : Holger Weiss [Allemagne] ; Tobias Ortmaier ; Heiko Maass ; Gerd Hirzinger ; Uwe KuehnapfelSource :
- Computer aided surgery : official journal of the International Society for Computer Aided Surgery [ 1092-9088 ] ; 2003.
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- MESH :
Abstract
To improve training facilities for surgeons, a surgical training system based on virtual reality techniques has been developed. The goal of the developed system is to improve education of surgeons by making the knowledge of expert surgeons directly available to trainees. The system realizes two different approaches: the library and the driving school paradigm. In its current form, the system consists of two modules. The main module combines the virtual reality kernel KISMET, a visual and haptic display, and a database of different operations and/or techniques. The master station is a copy of the input and output facilities of the main module. Both modules communicate by a TCP/ IP-based connection. Initial tests demonstrated the feasibility of the chosen framework. Further developments include the gathering of data not only from virtual reality but also from real operations. Robotic-assisted surgery provides an attractive way of accomplishing this.
PubMed: 15529957
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pubmed:15529957Le document en format XML
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<front><div type="abstract" xml:lang="en">To improve training facilities for surgeons, a surgical training system based on virtual reality techniques has been developed. The goal of the developed system is to improve education of surgeons by making the knowledge of expert surgeons directly available to trainees. The system realizes two different approaches: the library and the driving school paradigm. In its current form, the system consists of two modules. The main module combines the virtual reality kernel KISMET, a visual and haptic display, and a database of different operations and/or techniques. The master station is a copy of the input and output facilities of the main module. Both modules communicate by a TCP/ IP-based connection. Initial tests demonstrated the feasibility of the chosen framework. Further developments include the gathering of data not only from virtual reality but also from real operations. Robotic-assisted surgery provides an attractive way of accomplishing this.</div>
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