Course description
No course description yet.
Learning outcomes
- To analyze the materials and production technologies of computer generated holography.
- Recommend holographic processing techniques in the context of securities protection and other security applications.
- Construct point 2D or 3D models for computer hologram generation
- Analyze different types of holograms, their characteristics and applications
- Combine mathematical formulation and the basics of physical principles for calculating holograms.
- Generalize the principles of holography, including the processes of interference and diffraction of light.
Reading list
Required reading
- Ronald W. Waynant: ELECTRO-OPTICS HANDBOOK 2nd ed. , The McGraw-Hill, 2000
Vacca, John R.: Holograms & Holography: Design, Techniques, & Commercial Applications, CHARLES RIVER MEDIA, INC. Hingham, Massachusetts, 2001
Course coordinators 1
Teaching staff 2
Exam dates
Exam dates for this academic year are not published yet. Last year's dates:
- 17. 2. 2026.Redovni rokpast
- 2. 7. 2026.Redovni rokpast
- 16. 7. 2026.Redovni rokpast
- 1. 9. 2026.Redovni rokpast
within 10 days within 30 days later past
Source: ISVU. Click a date to open Studomat and register; check it for changes too.