Real-time elastic deformations of soft tissues for surgery simulation

In section III, we present our results obtained at 1.5 T in various experimental conditions including the discharge intensity, the pump laser power, the atomic line chosen for OP,

As expected, each encoding leads to different levels of reg- ularity, and increasing the number of association sets used in the fitness function increases the regularity of

In particular, adding up spontaneous and piezoelectric polarization, AlN/GaN quantum wells present an internal electric field on the order of 10 MV/cm [ 6 ], which leads to

Our experiments and results show that the weight distribution algorithm provides very accurate estimations, and both the weight distribution and the dynamic behavior model of

Displacements caused by an external force are then computed by multiplication between the transfer function and the force in the frequency domain, or by convolution between the

Beyond the need to handle non-linearities, our additional working hypoth- esis is that realistic surgical simulation also requires to interactively compute significant

Our approach is based on an implicit time integration of a non-linear finite element model. To enable real-time computations, we propose a new precon- ditioning technique, based on

● Les équipes des observatoires de recherche et des réseaux de surveillance doivent être encouragées à échanger et travailler ensemble au bénéfice de la gestion des territoires