Virtual platform composed by two modules, a first module for the virtual pre-surgery simulation of a prosthesis surgery of the lumbosacral area of the human spine and a second module for the bio-mechanic validation of the simulated surgery, based on techniques of analysis to the finite elements. The platform comprises a device for navigating in 3D environment with 6 degrees of freedom and a robotized arm with 6 degrees of freedom for the prosthesis implantation visualized on the monitor with an avatar of the surgical instrument apt to manipulate the single prosthesis.
Virtual platform for pre-surgery simulation and relative bio-mechanic validation of prosthesis surgery of lumbo-sacral area of human spine has modules for virtual pre-surgery simulation and bio-mechanic validation of simulated surgery / Boffi, P; Lorusso, N; Moramarco, Vincenzo; Pupilla, E; Solaro, P; Uva, Antonio Emmanuele. - (2011).
Virtual platform for pre-surgery simulation and relative bio-mechanic validation of prosthesis surgery of lumbo-sacral area of human spine has modules for virtual pre-surgery simulation and bio-mechanic validation of simulated surgery
MORAMARCO, Vincenzo;UVA, Antonio Emmanuele
2011-01-01
Abstract
Virtual platform composed by two modules, a first module for the virtual pre-surgery simulation of a prosthesis surgery of the lumbosacral area of the human spine and a second module for the bio-mechanic validation of the simulated surgery, based on techniques of analysis to the finite elements. The platform comprises a device for navigating in 3D environment with 6 degrees of freedom and a robotized arm with 6 degrees of freedom for the prosthesis implantation visualized on the monitor with an avatar of the surgical instrument apt to manipulate the single prosthesis.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
