β Scribed by R. S. Allison; L. R. Harris; A. R. Hogue; U. T. Jasiobedzka; H. L. Jenkin; M. R. Jenkin; P. Jaekl; J. R. Laurence; G. Pentile; F. Redlick; J. Zacher; D. Zikovitz
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
## Abstract ## Objectives/Hypothesis: Virtual surgical training systems are of growing value. Current prototypes for endonasal sinus surgery simulation are very expensive or lack running stability. No reliable system is available to a notable number of users yet. The purpose of this work was to de
## Abstract This paper presents an assessment methodology to validate surgical simulators which will help researchers in avoiding most common errors by providing a complete structured guide. The methodology organizes the questions depending on the validities they are related to, helping in objectiv
## Abstract Advantages of virtualβreality simulators surgical skill assessment and training include more training time, no risk to patient, repeatable difficulty level, reliable feedback, without the resource demands, and ethical issues of animalβbased training. We tested this for a key subtask and