Optical signal processing - 5PMNTSO6
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Number of hours
- Lectures : 10.0
- Tutorials : 10.0
- Laboratory works : 0
- Projects : 0
- Internship : 0
ECTS : 2.0
Goals
The first objective of this course is to provide the theoretical knowledge necessary to understand optical signal processing techniques, based in particular on Fourier optics. The second part of the course presents two important applications of these methods: holography and speckle analysis.
Contact Eric LACOT
Content Optical system
- Modulation transfer function of an optical system
Plane wave decomposition - Pulse response of an optical system
Decomposition into spherical waves - Coherent and incoherent lighting
Fourier Optics - Optical Filtering
High pass filter, Low pass filter, Phase filter,
Holographic filter
Holography
Principle, Holographic Interferometry,
Holographic Vibrometry, Non-destructive testing
Speckle
Statistics (amplitude, intensity, phase)
Speckle Correlation, Speckle Interferometry, Shearography,...
PrerequisitesGeometrical optics
Tests a/session 1 in class, written exam : 3 hours, scripted docments allowed, calculators forbidden
b/session 1 at home, written exam : 2 hours, then oral (30 minutes for each student)
c/ session 2 (in class or at home) written exam : 1h , then oral (45 minutes for each student)
100% écrit
Additional Information Curriculum->Double-Diploma Engineer/Master->Semester 9
Curriculum->Engineering degree->Semester 9
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Date of update February 26, 2019