By Zhiyu Chen, Andreas Koschan, Chung-Hao Chen (auth.), M. Emre Celebi, Bogdan Smolka (eds.)
Эта серьёзная книга рассказывает о фундаментальных аспектах работы с цветом в компьютерных системах. The objective of this quantity is to summarize the cutting-edge within the early phases of the colour photo processing pipeline. The meant viewers comprises researchers and practitioners, who're more and more utilizing colour and, ordinarily, multichannel photos. Contents 1. automatic colour Misalignment Correction for Close-Range and Long-Range Hyper-Resolution Multi-Line CCD photos 2. Adaptive Demosaicing set of rules utilizing features of the colour clear out Array trend three. A Taxonomy of colour fidelity and Invariance set of rules four. at the von Kries version: Estimation, Dependence on gentle and machine, and purposes five. Impulse and combined Multichannel Denoising utilizing Statistical Halfspace intensity services 6. Spatially Adaptive colour photograph Processing 7. Vector Ordering and Multispectral Morphological snapshot Processing eight. Morphological Template Matching in colour photographs nine. Tensor balloting for strong colour part Detection 10. colour Categorization versions for colour photo Segmentation eleven. epidermis Detection and Segmentation in colour photographs 12. Contribution of pores and skin colour Cue in Face Detection purposes thirteen. colour Saliency overview for online game layout
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Extra info for Advances in Low-Level Color Image Processing
It is also worth noting that, in Step 2, the pixel displacement of the color misalignment does not have to be estimated according to Eqs. 5 or 8 as long as the search range of the pixel displacement is sufficiently large. However, a larger search range might significantly increase the processing time, given the hyper-resolution of multi-line CCD images. Figure 15 illustrates the proposed method of color misalignment correction 4 Experimental Results The multi-line CCD camera used in our imaging systems is a high-performance PerkinElmer YD5060 tri-linear digital line-scan color camera.
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Taylor S (1998) CCD and CMOS imaging array technologies: technology review. Relatorio Tecnico EPC-1998-106, Cambridge Laboratory 8. Wilson A (1999) Textile-inspection system measures colors accurately. Vis Syst Des 10(4) 9. Reulke R, Wehr A, Griesbach D (2003) High resolution mapping CCD-line camera and laser scanner with integrated position and orientation system. Int Arch Photogrammetry, Remote Sens Spat Inf Sci (IAPRS), vol 35, part B3. pp 72–77 10. Reulke R, Wehr A (2004) Mobile panoramic mapping using CCD-line camera and laser scanner with integrated position and orientation system.
Advances in Low-Level Color Image Processing by Zhiyu Chen, Andreas Koschan, Chung-Hao Chen (auth.), M. Emre Celebi, Bogdan Smolka (eds.)