Titlebook: Computational Optical Imaging; Principle and Techno Zhengjun Liu,Xuyang Zhou,Shutian Liu Book 2024 The Editor(s) (if applicable) and The Au

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https://doi.org/10.1007/978-94-6209-019-4e the cost and size of camera elements. In this chapter, the theoretical basis and application of the computer generated holography is introduced. First, principles and reconstruction algorithms of digital holographic imaging are introduced. Then it compares several holographic computing models. And

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雄伟

Becoming a University Supervisortrollable optical phase shifts for compensating wavefront aberrations, giving rise to the fundamental concept of adaptive optics. Leighton developed a first-order active optical system for compensating image motion in astronomical telescopes, achieving the highest image quality at that time. Techniq

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Becoming a University Supervisorsolution of imaging systems, mainly through the synthesis of image data of multiple small-aperture optical systems equivalent to the imaging effect of large-aperture optical systems, while reducing the quality of equipment and complexity of processing technology, but also greatly improve the imaging

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Meg Monaghan,Barbara F. Hartiganof data, has become one of humanity‘s primary ways of acquiring information. Nevertheless, human visual capabilities have always been limited. To overcome this, people have combined specific optical principles and developed a range of optical instruments to explore the unknown world.

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978-981-97-1457-5The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Singapor

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Zhengjun Liu,Xuyang Zhou,Shutian LiuHighlights latest theoretical innovations and technical breakthroughs.Includes a comprehensive introduction to the principles and calculation methods of computational optical imaging.Provides solution