Description
Digital and Discrete Geometry explores one of the fundamental and most important branches of applied mathematics in computer science, digital and discrete geometry. Author Lee M. Chen attempts to provide robust theoretical frameworks for describing geometric structures in discrete and grid spaces. These concepts directly influence how computers perceive and process images and are the foundation of many modern graphics technologies.
In addition to pure mathematical theories, the book introduces numerous applied algorithms in the fields of image processing, machine vision, and pattern recognition. By linking geometric concepts to digital topology, the author has provided powerful analytical tools for engineers and AI researchers to analyze and reconstruct image data with greater accuracy and speed.
Book Features
- Explaining the basics of advanced theory in the fields of digital geometry, discrete geometry, and topology.
- Development and description of geometric algorithms for use in computer vision.
- Direct application of topics in optimizing image processing systems and 3D computer graphics.
- Suitable for researchers, applied mathematicians, and software engineers at graduate levels.
Book specifications
- Publisher: Springer
- Instructor/Author: Li M. Chen
- Number of pages: 325
- Number of chapters: 15
- Format: PDF
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