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High-Speed 3D Imaging with Digital Fringe Projection Techniques

Advancements in Digital Imaging Techniques for 3D Applications

Song Zhang author

Format:Paperback

Publisher:Taylor & Francis Ltd

Published:12th Dec '19

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High-Speed 3D Imaging with Digital Fringe Projection Techniques cover

This book offers a comprehensive overview of digital fringe projection techniques for high-speed 3D imaging, emphasizing their advantages and practical applications.

This book begins by laying the theoretical groundwork for fringe pattern analysis, while also reviewing various 3D imaging techniques. It emphasizes the benefits of digital fringe projection (DFP) as a superior method for non-contact shape measurement of 3D images. The author provides an in-depth comparison of different technologies, including digital light processing (DLP), liquid crystal display (LCD), and liquid crystal on silicon (LCoS), making it easier for readers to understand their unique characteristics and applications.

As the demand for 3D high-speed imaging continues to rise, High-Speed 3D Imaging with Digital Fringe Projection Techniques highlights the significance of DFP due to its speed, flexibility, affordability, and high accuracy. The author explains essential concepts such as unwrapping phase maps both temporally and spatially, and offers practical guidance on generating fringe patterns using video projectors. This comprehensive exploration ensures that readers gain valuable insights into the technical aspects of DFP.

Drawing from over 15 years of research experience in 3D imaging, the author provides a detailed example of constructing a 3D imaging system from scratch. By illuminating the advancements in high-speed 3D optical imaging, High-Speed 3D Imaging with Digital Fringe Projection Techniques serves as a crucial resource for researchers and practitioners looking to enhance their understanding and application of DFP technologies.

"... a timely publication that comprehensively describes digital fringe projection techniques for 3D surface measurement and guides you to the research frontier in a friendly manner. You will be eager to develop such a system or improve your own system by testing the exciting ideas presented in the book. The book also precisely 'measures' the author’s enthusiastic pursuit of research excellence."
—Qian Kemao, Nanyang Technological University, Singapore

"I have long awaited a textbook devoted to structured light illumination (SLI), and Song Zhang has fulfilled that wish with a well-written and thoughtful discussion of the theory, technology, and implementation of SLI. SLI has been the workhorse of precision non-contact industrial measurement, but has been overshadowed by the popularity of stereo vision in entertainment markets. I believe Song Zhang’s work will bring SLI to the forefront of non-contact measurement."
—Laurence G. Hassebrook, University of Kentucky and Huntsbrook Inc., Lexington, USA

"... presents a solid background in the theory and many algorithms used for 3D fringe projection methods with the addition of very practical information on fringe projection hardware, system design, and calibration that are needed to make a reliable system. Many topics covered in the book are often overlooked in publications, but are essential for making a system that produces meaningful 3D data over just pretty pictures. ... This book fills an important gap between the vast published material on phase shift analysis done primarily for interferometry and puts the tools in perspective for pattern projection triangulation methods."
—Kevin Harding, Fellow and Past President of SPIE

"Both the theoretical analysis and algorithm development proposed in this book are useful for researchers and engineers, and can serve as specialized topics for students in optical and computer engineering. In the book, the description and discussion are excellent. ... The author has produced a comprehensive reference with a concentration on the principles, techniques, and applications. ... This is one of the finest books on high-speed 3D imaging with fringe projection."
—Xianyu Su, Sichuan University, Chengdu, China

ISBN: 9780367869724

Dimensions: unknown

Weight: 453g

216 pages