Add to ORKGA computational model of the visual complexity of solids is presented. It is based on using a qualitative representation for 3-dimensional objects as semantic graphs. Then information-theoretic measures are constructed for these graphs. This measure of visual complexity allows for the comparison of different architectural forms. An example of the application of this model is presented
International audienceThe reliable modeling of three-dimensional complex geological structures can h...
In this study, a fractal dimension-based method has been developed to compute the visual complexity ...
Inspired by the contrast between ‘classical’ and ‘expressive’ visual aesthetic design, this paper ex...
Abstract: A computational model of the visual complexity of solids is presented. It is based on usin...
Repository. We present an approach to automatically compute the complexity of a given 3D shape. Prev...
International audienceWe present a method for estimating the complexity of an image based on Bennett...
Handling visual complexity is a challenging problem in visualization owing to the subjectiveness of ...
Complexity has stood out as an important predictor of aesthetic value judgments since the earliest d...
This thesis addresses some important characteristics of human visual perception and their implicatio...
Visual complexity is relevant for many areas ranging from improving usability of technical displays ...
Handling visual complexity is a challenging problem in visualization owing to the subjectiveness of ...
Inspired by the contrast between ‘classical’ and ‘expressive’ visual aesthetic design, this paper ex...
An image of natural scene may be described in a few words, yet an image of static requires describin...
A computational model of perceptual saliency, aimed to the selection of a reference object for locat...
Visuospatial complexity refers to the level of detail or intricacy present within a scene, takingint...
International audienceThe reliable modeling of three-dimensional complex geological structures can h...
In this study, a fractal dimension-based method has been developed to compute the visual complexity ...
Inspired by the contrast between ‘classical’ and ‘expressive’ visual aesthetic design, this paper ex...
Abstract: A computational model of the visual complexity of solids is presented. It is based on usin...
Repository. We present an approach to automatically compute the complexity of a given 3D shape. Prev...
International audienceWe present a method for estimating the complexity of an image based on Bennett...
Handling visual complexity is a challenging problem in visualization owing to the subjectiveness of ...
Complexity has stood out as an important predictor of aesthetic value judgments since the earliest d...
This thesis addresses some important characteristics of human visual perception and their implicatio...
Visual complexity is relevant for many areas ranging from improving usability of technical displays ...
Handling visual complexity is a challenging problem in visualization owing to the subjectiveness of ...
Inspired by the contrast between ‘classical’ and ‘expressive’ visual aesthetic design, this paper ex...
An image of natural scene may be described in a few words, yet an image of static requires describin...
A computational model of perceptual saliency, aimed to the selection of a reference object for locat...
Visuospatial complexity refers to the level of detail or intricacy present within a scene, takingint...
International audienceThe reliable modeling of three-dimensional complex geological structures can h...
In this study, a fractal dimension-based method has been developed to compute the visual complexity ...
Inspired by the contrast between ‘classical’ and ‘expressive’ visual aesthetic design, this paper ex...