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Course: Digital Holography

Department/Abbreviation: OPT/DH

Year: 2020

Guarantee: 'prof. RNDr. Zdeněk Bouchal, Dr.'

Annotation: Physical and mathematical background of optical and digital holography, experiments for recording od holograms, algorithms for digital reconstruction of holograms.

Course review:
1. Principle and historical development of optical holography. 2. Basic experiments used in optical and digital holography. 3. Mathematical description and properties of a point imaging in the in-line holography. 4. Recording and reconstruction of holograms in off-axis holography. 5. Principle, mathematical description and applications of Fourier holography. 6. Trends in digital holography, advantages and disadvantages. 7. Recording of digital holograms, influence of signal sampling, requirements on CCD. 8. The space-bandwidth product for in-line and off-axis configurations. 9. Methods of digital reconstruction of holograms, digital focusing and separation of real and virtual image. 10. Principles and applications of phase shifting holography, digital phase reconstruction. 11. Digital holographic microscopy. 12. Scientific and technical applications of digital holography. 13. Principles and methods of digital incoherent correlation holography, demonstration in Laboratory of digital optics.