Sentence examples for models in virtual from inspiring English sources

Web-based components are used to support the user interface by animation of plant models in virtual reality.

We discuss the use of mathematical and computational models in virtual experiments and virtual clinical trials both to develop new hypotheses regarding the disease and to provide a cost-effective means of discovering new treatment strategies.

Presently, simulation models In virtual CNC machining simulation can be generated using commercial CAD software to provide dynamic 3D interactive virtual environments specifically designed for visualizing and analyzing the functionality of CNC machine tools and the material removal processes.

This study is one step towards the modeling of soft tissue mechanics using a meshless finite element approach to be applied in real-time haptic feedback of soft-tissue models in virtual reality simulation.

Overall, it makes Sketchfab a comprehensive platform for looking at 3D models in virtual reality.

Several approaches [6 9] have been developed to derive protein-based pharmacophore models from ligand-free proteins and apply the pharmacophore models in virtual screening.

"And in some scenarios I would worry about defining humans down: defining what's normal based on what we can model in virtual environments".

These are solved based on advanced numerical modeling in virtual software environments offered for the numerical dynamic analysis of technological and production processes with co-simulations.

We discuss the advantages of the proposed method in relation to existing methods, and show its utility on a number of test models, as well as its applications to modeling in virtual reality environments.

The triple-dexel data used to represent the generated model in virtual sculpting is converted into distance field data by identifying spatial grid points close to the model's boundary surface and calculating their Euclidean distance values.

This review highlights some successful applications of molecular modeling in virtual ligand screening and structure-based design of organic and inorganic molecules that target non-canonical nucleic acid structures such as G-quadruplex and triplex DNA.