In this research, the improved mass spring model is presented to simulate the human liver deformation. The underlying MSM is redesigned where fuzzy knowledge-based approaches are implemented to determine the stiffness values. Results show that fuzzy approaches are in very good agreement to the benchmark model. The novelty of this research is that for liver deformation in particular, no specific contributions in the literature exist reporting on real-time knowledge-based fuzzy MSM for liver deformation
International audienceThis chapter presents different algorithms for modeling soft tissue deformatio...
This thesis addresses the problem soft tissue simulation for augmented reality applications in liver...
Esta dissertação de mestrado propõe o estudo e a implementação de um método de deformação usando mod...
The skill of a successful operation requires a thorough understanding on the particular organs, perh...
International audienceThis volume focuses on the biomechanical modeling of biological tissues in the...
As a good and competent surgical simulator, it should provide surgeons with visual, tactile and beha...
There are two types of structures in human body, solid organs and hollow membrane like organs. Brain...
Surgery simulators, biomechanical studies and some virtual reality applications require the handlin...
Performing realistic deformation simulations in real time is a challenging problem in computer graph...
Comparison of whole-body medical images acquired for a given patient at different times is important...
Maxillofacial surgery treats abnormalities of the skeleton of the head. Skull remodelling implies os...
Special Issue on Biomechanical Modelling of Soft Tissue MotionInternational audienceThis article des...
A critical problem associated with surgical simulation is balancing deformation accuracy with real-t...
Objectives Accurate reconstruction and visualisation of soft tissue deformation in real time is cruc...
The reaction of soft tissue to applied forces can be calculated with biomechanical simulation algori...
International audienceThis chapter presents different algorithms for modeling soft tissue deformatio...
This thesis addresses the problem soft tissue simulation for augmented reality applications in liver...
Esta dissertação de mestrado propõe o estudo e a implementação de um método de deformação usando mod...
The skill of a successful operation requires a thorough understanding on the particular organs, perh...
International audienceThis volume focuses on the biomechanical modeling of biological tissues in the...
As a good and competent surgical simulator, it should provide surgeons with visual, tactile and beha...
There are two types of structures in human body, solid organs and hollow membrane like organs. Brain...
Surgery simulators, biomechanical studies and some virtual reality applications require the handlin...
Performing realistic deformation simulations in real time is a challenging problem in computer graph...
Comparison of whole-body medical images acquired for a given patient at different times is important...
Maxillofacial surgery treats abnormalities of the skeleton of the head. Skull remodelling implies os...
Special Issue on Biomechanical Modelling of Soft Tissue MotionInternational audienceThis article des...
A critical problem associated with surgical simulation is balancing deformation accuracy with real-t...
Objectives Accurate reconstruction and visualisation of soft tissue deformation in real time is cruc...
The reaction of soft tissue to applied forces can be calculated with biomechanical simulation algori...
International audienceThis chapter presents different algorithms for modeling soft tissue deformatio...
This thesis addresses the problem soft tissue simulation for augmented reality applications in liver...
Esta dissertação de mestrado propõe o estudo e a implementação de um método de deformação usando mod...