Description
A part of the SPIE/IEEE Series on Imaging Science and Engineering. This comprehensive have a look at digital halftoning, a key technology in printing and display industries, is geared toward technical professionals and scholars. It’s especially helpful for the ones designing halftone screens and screenless processes for research and development. It also is acceptable as a textbook in printing and graphic arts (graduate/undergraduate).
Contents
– Introduction
– Colorimetry
– Densitometry
– Symbol Transforms
– Human Visual Models
– Color Mixing Models
– Pixel Overlap Model
– Moire Phenomenon
– Halftone Error Metrics and Imaging Models
– Halftone Design Principles
– Analog Screening
– Noise Encoding
– Clustered-Dot-Ordered Dither
– Dispersed-Dot-Ordered Dither
– Microcluster Halftoning
– Error Diffusion
– Iterative and Search-Primarily based Methods
– Multilevel Halftoning
– Inverse Halftoning
– Concluding Remarks