Czech

Not applicable.

Knowledge of physical and physical chemistry principle of recording, processing and imaging of optical information. Ability of orientation of owner and foreign literature at studied problems

Basic knowledges from mathematics and physics

Not applicable.

The course uses teaching methods in form of Lecture - 2 teaching hours per week, Seminar - 1 teaching hour per week. The e-learning system (LMS Moodle) is available to teachers and students.

Examination of subject is oral. Before examination is needed hand over writing paper on task theme

1. Wave and quantum properties of light (geometric, wave and quantum optics)
2. Basics of geometric optics (mirrors, lenses), mirror and thin lens equations
3. Applications of geometric optics (optic system of eye, glass, microscope, telescope)
4. Basics of wave optics (interference, diffraction, dispersion, polarisation), Fourier transformation
5. Applications of wave optics (holography, interference microscope)
6. Basics of quantum optics (internal and external photoelectric effect)
7. Basic optoelectronic elements (photodiodes, phototransistors, photomultipliers, lasers)
8. Analogy camera tubes and imaging tubes (camera and imaging TV tubes, principle of TV)
9. Digital sensing and imaging elements (CMOS a CCD devices, monitors)
10. Principle of contact less and contact printing
11. Creating and copying of digital images (electro photography, laser and ink printing)
12. Saving and processing of digital images (Colour Management)

Not applicable.

The main aim of the object Fundamentals of image processing is to acquaint students with fundamental laws of physics and physical chemistry of simple optical devices employed to record, process and represent optical information. Further, to orient students to modern (high-tech) optical and opto-electronic devices exploiting informational technologies. Students will be also familiarized with software employed to process optical information.

none

Not applicable.

Not applicable.

Giorgiani E. J., Madden T. E.: Digital Color Management, Addison Wesley, Massachusetts, USA 1998. (CS)
Hunt R. W. G.: Measuring Colour. Fountain Press, Tolworth, England 1992. (CS)
Nassau K.: The Physics and Chemistry of Color. Wiley-VCH, New York 2001. (CS)
Serway R. A., Beichner R. J., Jewett J. W. Jr.: Physics for Scientists and Engineers with Modern Physics. Saunders College Publishing, Fort Worth 2000. (CS)

Not applicable.