An essential guide based on the authentic lectures and research on information optics, holography and MATLAB. The first to outline the incoherent optical system, novel digital holography techniques, and MATLAB codes. Introducing the basics of Fourier optics, an excellent reference for graduates and researchers in engineering and applied physics.
An essential guide based on the authentic lectures and research on information optics, holography and MATLAB. The first to outline the incoherent optical system, novel digital holography techniques, and MATLAB codes. Introducing the basics of Fourier optics, an excellent reference for graduates and researchers in engineering and applied physics.
Yaping Zhang is Professor and Director of Yunnan Provincial Key Laboratory of Modern Information Optics, Kunming University of Science and Technology. Professor Zhang is an Academic Leader in Optics in Yunnan Province, and a member of the Steering Committee on Opto-Electronic Information Science and Engineering, Ministry of Education, China.
Inhaltsangabe
1. Gaussian optics and uncertainty principle 2. Linear invariant systems and fourier analysis 3. Wave propagation and wave optics 4. Spatial coherent and incoherent optical systems 5. Principles of coherent holography 6. Digital holography 7. Spatial light modulators for processing optical information.
1. Gaussian optics and uncertainty principle 2. Linear invariant systems and fourier analysis 3. Wave propagation and wave optics 4. Spatial coherent and incoherent optical systems 5. Principles of coherent holography 6. Digital holography 7. Spatial light modulators for processing optical information.
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