Titlebook: Adaptive Image Processing Algorithms for Printing; Ilia V. Safonov,Ilya V. Kurilin,Ekaterina V. Tolst Book 2018 Springer Nature Singapore

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https://doi.org/10.1007/3-211-32315-5opriate outcome by editing a photo on a computer, because it is impossible to estimate sharpness prior to printing. Our approach includes three key techniques: blind sharpness level estimation, local tone mapping, and boosting of local contrast. The sharpness metrics is based on an analysis of varia

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https://doi.org/10.1007/3-211-32315-5creet Cosine Transform (DCT) coding, known as JPEG coding. The most common artefacts produced by this type of coding are blocking and ringing artefacts. To reduce the effect of coding artefacts caused by significant information loss, a variety of different algorithms and methods have been suggested.

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,Medikamentöse Therapie der Osteoporose,s chapter is devoted to a description of an efficient technique for automatic correction of red eyes. Initially we developed a method for a photo printer; however, our approach is applicable for any software and firmware. The algorithm is independent of face orientation and is capable of detecting p

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,Medikamentöse Therapie der Osteoporose,alues along the edges, preserving the edge structure, and avoiding the appearance of artefacts. The interpolation process is followed by a post-processing stage, where edges are emphasized using a specially designed tone-mapping curve. The second algorithm uses structure tensor analysis to distingui