With the developments of volume visualization technology for complex data sets comes new challenges in terms of user interaction and information extraction. Volume haptics has proven itself to be an effective way of extracting valuable information by providing an extra sense from which to perceive three dimensional data. The work presented in this paper introduces a Force-Map method that combines the benefits of the indirect and the direct haptic rendering approaches. Users can select from a variety of virtual tools to gain continuous and smooth force feedback during the drilling of volumetric data which increases the applicability of the approach
Enhancing volume visualization with additional cues from our sense of touch has shown the potential ...
In this paper a new approach to volume haptics is pre-sented. The developed method makes use of a pr...
Our work proposes a haptic interaction technique for the rendering of isosurfaces. A virtual contact...
With the developments of volume visualization technology for complex data sets comes new challenges ...
With the developments of volume visualization technology for complex data sets comes new challenges ...
Interacting with volumetric models via a haptic device presents an effective way of perceiving detai...
As the volumes are entering the world of computer graphics the pure volume visualisation becomes a m...
In medical applications volumetric data sets are widely used. Therefore a strong desire for haptic v...
Visualization is the process of making something perceptible to the mind or imagination. The techniq...
The ever increasing size and complexity of volumetric data in a wide range of disciplines makes it u...
We present a general, proxy-based approach to vol-ume haptics founded upon the notion of ‘haptic pri...
With current methods for volume haptics in scientific visualization, features in time-varying data c...
This paper addresses haptic rendering for large data sets resulting from CFD (Computational Fluid Dy...
The term haptic refers to the tactile sensation perceived by the user when he is manipulating object...
Computer Graphics technologies have developed considerably over the past decades. Realistic virtual ...
Enhancing volume visualization with additional cues from our sense of touch has shown the potential ...
In this paper a new approach to volume haptics is pre-sented. The developed method makes use of a pr...
Our work proposes a haptic interaction technique for the rendering of isosurfaces. A virtual contact...
With the developments of volume visualization technology for complex data sets comes new challenges ...
With the developments of volume visualization technology for complex data sets comes new challenges ...
Interacting with volumetric models via a haptic device presents an effective way of perceiving detai...
As the volumes are entering the world of computer graphics the pure volume visualisation becomes a m...
In medical applications volumetric data sets are widely used. Therefore a strong desire for haptic v...
Visualization is the process of making something perceptible to the mind or imagination. The techniq...
The ever increasing size and complexity of volumetric data in a wide range of disciplines makes it u...
We present a general, proxy-based approach to vol-ume haptics founded upon the notion of ‘haptic pri...
With current methods for volume haptics in scientific visualization, features in time-varying data c...
This paper addresses haptic rendering for large data sets resulting from CFD (Computational Fluid Dy...
The term haptic refers to the tactile sensation perceived by the user when he is manipulating object...
Computer Graphics technologies have developed considerably over the past decades. Realistic virtual ...
Enhancing volume visualization with additional cues from our sense of touch has shown the potential ...
In this paper a new approach to volume haptics is pre-sented. The developed method makes use of a pr...
Our work proposes a haptic interaction technique for the rendering of isosurfaces. A virtual contact...