Záznamy kolekce (řazeno podle Datum zaslání v sestupně pořadí): 161 až 180 z 180
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Smlsal, Tomáš
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Skala, Václav
DirectX in C#
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Uhlíř, Karel
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Skala, Václav
The Implicit Function Modeling System -
Comparison of C++ and C# Solutions
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Jirka, Tomáš
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Skala, Václav
Gradient vector estimation and vertex normal computation: technical report no. DCSE/TR-2002-08
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Hanák, Ivo
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Frank, Milan
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Skala, Václav
OpenGL and VTK interface for .NET
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Patera, Jan
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Skala, Václav
Centered cubic lattice method comparison
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Vaněček, Petr
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Sviták, Radek
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Kolingerová, Ivana
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Skala, Václav
Quadrilateral meshes stripification
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Kohout, Josef
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Hlavatý, Tomáš
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Kolingerová, Ivana
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Skala, Václav
Feature extraction of 2-manifold using Delaunay triangulation
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Váša, Libor
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Hanák, Ivo
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Skala, Václav
Improved Super-resolution Method and its Acceleration
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Petřík, Slavomír
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Skala, Václav
Iso-contouring in Time Varying Meshes
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Skala, Václav
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Ondračka, Vít
A precision of computation in the projective space
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Skala, Václav
Radial Basis Functions for High-Dimensional Visualization
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Skala, Václav
A Unified Approach for Textual and Geometrical Information Retrieval
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Skala, Václav
Scattered Data Interpolation in N-Dimensional Space
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Skala, Václav
An Efficient Space Partitioning Method Using Binary Maps
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Skala, Václav
Duality and Robust Computation
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Skala, Václav
Fast Interpolation and Approximation of Scattered Multidimensional and Dynamic Data Using Radial Basis Functions
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Kohout, Josef
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Clapworthy, G. J.
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Tao, Y.
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Dong, F.
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Kelnhoffer, Petr
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Cholt, David
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Zhao, Y.
Technologies for modelling fibrous muscle in motion
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Kohout, Josef
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Kelnhoffer, Petr
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Cholt, David
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Kohoutová, E.
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Clapworthy, G. J.
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Zhao, Y.
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Tao, Y.
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Gonzalez-Garcia, G.
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Dong, F.
Fibre-based models of muscle wrapping
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Kohout, Josef
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Clapworthy, Gordon J.
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Martelli, Saulo
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Vieconti, Marco
Muscle fibres modelling
This paper describes a method that represents a muscle by a realistic chaff of muscle fibres that are automatically generated in the volume defined by the surface mesh of the muscle which itself automatically wraps around bones as they move. Our C++ implementation can decompos...
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Kohout, Josef
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Kellnhofer, Petr
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Martelli, Saulo
Fast deformation for modelling of musculoskeletal system
This paper proposes a gradient domain deformation for wrapping surface models of muscles around bones
as they move during a simulation of physiological activities. Each muscle is associated with one or more
poly-lines that represent the muscle skeleton to which the surface model of...
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Záznamy kolekce (řazeno podle Datum zaslání v sestupně pořadí): 161 až 180 z 180
