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Course: Optical Tomography

Department/Abbreviation: OPT/OT

Year: 2020

Guarantee: 'prof. RNDr. Zdeněk Hradil, CSc.'

Annotation: Basic principles of tomografic methods and their applications.

Course review:
1 Introduction to tomografic methjods: history, mathematical background, Fourier analysis, overview of experimntal techniques. 2. Principles of tomography: projection of 3D object, path integrals. 3.Inversion: Radon transformation and inverse Radon transformation 4. Methods based on Fourier transformation. Fourier slice theorem, FFT algorithm. 5. Advanced techniques: back projection and filtred back projection. 6. Experimental tomography, post processing. 7. Diskrete tomography. 8. Principles of MaxLik and MaxEnt tomography, applications 9. Similar reconstruction techniques: wavefront reconstruction, optical coherence tomography 10. Tomography in medicine and technical applications.