The modeling and simulation of biological tissue is the core part a virtual surgery system. In this study, geometric physical methods related to soft were investigated. Regarding modeling, problem repeated inverse calculations control points in Bezier method was solved via re-parameterization, which improved calculation speed. base surface superposition based on prior information proposed make ...

the main purpose of this paper is to introduce and study new classes of soft closed sets like soft regular generalized b-closed sets in soft topological spaces (brie y soft rgb-closed set) moreover, soft rg-closed, soft gpr-closed, soft gb-closed, soft gsp-closed, soft g-closed, soft gb-closed, and soft sgb-closed sets in soft topological spaces are introduced in this paper and we investigat...

Accepted: October 30, 2015. Soft tissue modeling for the creation of a haptic simulator for training medical skills has been the focus of many attempts up to now. In soft tissue modeling the most important parameter considered is its being real-time, as well as its accuracy and sensitivity. In this paper, ANFIS approach is used to present a nonlinear model for soft tissue. The required data for...

in this work, we introduce notion of connectedness on fuzzy soft topological spaces and present fundamentals properties. we also investigate effect to fuzzy soft connectedness. moreover, c_i-connectedness which plays an important role in fuzzy topological space extend to fuzzy soft topological spaces.

Soft tissue models are of fundamental interest to minimally invasive surgery. As the proprioceptive feedback in these procedures is limited, visualization and augmentation can greatly enhance the efficacy of these procedures. We are interested in the modeling and validation of soft tissue response to surgical instruments, and in particular, soft tissue behavior during punctures. A system for th...