Abstract. This paper describes our recent work on real�time Surgery Simulation using Fast Finite Element models of linear elasticity �1�. In addition we discuss various improvements in terms of speed and realism.
Virtual reality based surgical simulators offer a very elegant approach to enhancing traditional tr...
International audienceReal-time simulation of surgery requires fast and realistic modeling of deform...
As a good and competent surgical simulator, it should provide surgeons with visual, tactile and beha...
We propose an efficient numerical algorithm for computing deformations of “very ” soft tissues (such...
In this paper, we describe the basic components of a surgery simulator prototype developed at INRIA....
Abstract. Realistic deformation of computer-simulated anatomical structures is computationally inten...
Finite element analysis (FEA) enjoys a variety of applications in the field of biomechanics, from si...
The use of biomechanical modelling, especially in conjunction with finite element analysis, has beco...
We present a reduced order finite element (FE) algorithm suitable for real-time nonlinear simulation...
This paper discusses the application of 3D solid volumetric Finite Element models to surgery simulat...
Finite element analysis (FEA) enjoys a variety of applications in the field of biomechanics, from si...
International audienceThis chapter presents different algorithms for modeling soft tissue deformatio...
Interactive surgery simulations have conflicting requirements of speed and accuracy. In this paper ...
Interactive (that with haptic feedback) simulation of surgery needs for increasingly fast simulation...
International audienceMany applications in biomedical engineering and surgical simulators require ef...
Virtual reality based surgical simulators offer a very elegant approach to enhancing traditional tr...
International audienceReal-time simulation of surgery requires fast and realistic modeling of deform...
As a good and competent surgical simulator, it should provide surgeons with visual, tactile and beha...
We propose an efficient numerical algorithm for computing deformations of “very ” soft tissues (such...
In this paper, we describe the basic components of a surgery simulator prototype developed at INRIA....
Abstract. Realistic deformation of computer-simulated anatomical structures is computationally inten...
Finite element analysis (FEA) enjoys a variety of applications in the field of biomechanics, from si...
The use of biomechanical modelling, especially in conjunction with finite element analysis, has beco...
We present a reduced order finite element (FE) algorithm suitable for real-time nonlinear simulation...
This paper discusses the application of 3D solid volumetric Finite Element models to surgery simulat...
Finite element analysis (FEA) enjoys a variety of applications in the field of biomechanics, from si...
International audienceThis chapter presents different algorithms for modeling soft tissue deformatio...
Interactive surgery simulations have conflicting requirements of speed and accuracy. In this paper ...
Interactive (that with haptic feedback) simulation of surgery needs for increasingly fast simulation...
International audienceMany applications in biomedical engineering and surgical simulators require ef...
Virtual reality based surgical simulators offer a very elegant approach to enhancing traditional tr...
International audienceReal-time simulation of surgery requires fast and realistic modeling of deform...
As a good and competent surgical simulator, it should provide surgeons with visual, tactile and beha...