Titlebook: Computer Vision and Graphics; International Confer Leszek J. Chmielewski,Amitava Datta,Konrad Wojciec Conference proceedings 2016 Springer

Nonporous

https://doi.org/10.1007/978-1-4302-0521-0od performance is comparable with the traditionally used Otsu’s method [.] on unproblematic images, however, it significantly outperforms Otsu’s on specific images, like e.g. electron microscopy of composite material fibres or x-ray mammography, where the bimodal histogram is almost (but not entirely) collapsed into unimodal.

埋葬

Prognosis

Texture Based Quality Assessment of 3D Prints for Different Lighting Conditionsg, some modifications of the method have also been proposed leading to promising results allowing further extensions of our approach to no-reference quality assessment of 3D prints. Achieved results confirm the usefulness of the proposed approach for live monitoring of the progress of 3D printing process and the quality of 3D prints.

手勢(shì)

Easing Functions in the New Form Based on Bézier Curvesis done. For every approximation the root mean square error (RMSE) has been determined and the animated transition using new solution is analyzed. The new approximation allows obtaining better RMSE as well as better visual effects in animation.

后來(lái)

Generalized Depth-of-Field Light-Field Renderingach generates soft occlusion boundaries with a natural appearance which is not possible with existing techniques. It furthermore does not rely on dense depth estimation and thus allows presenting complex scenes with non-physical visual effects.

阻擋

Simple and Efficient Method of Low-Contrast Grayscale Image Binarizationod performance is comparable with the traditionally used Otsu’s method [.] on unproblematic images, however, it significantly outperforms Otsu’s on specific images, like e.g. electron microscopy of composite material fibres or x-ray mammography, where the bimodal histogram is almost (but not entirely) collapsed into unimodal.

Intersect

過(guò)分自信

Alveoli

https://doi.org/10.1007/978-1-4302-0521-0SM is the main reason for the slowness of DCP. The proposed algorithm is faster than existing methods, but achieves similar dehazing. This new method is useful for applications that require fast dehazing.

沖突