Virtual Reality White Papers

Virtual Surgery Simulation Using a Collocation-Based Method of Finite Spheres

Overview The method of finite spheres using moving least squares interpolants and point collocation as the weighted residual scheme is applied to the development of a virtual reality based training system for laparoscopic surgical procedures. The localization of approximation and the lack of numerical integration results in very high computational speeds required for real time simulation with graphical and haptic feedback.

Keywords: Method of finite spheres; Meshless technique; Haptics; Medical simulation

Further White Paper Details
PublisherMIT Touch Lab (Laboratory for Human and Machine Haptics) File FormatPDF, requires Acrobat Rdr 5
Date PublishedFebruary 2001 Downloads1563
FormatWhite Papers   
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