Home - Log in

Imagerie optique

55 Imagerie optique Physical engineering and embedded systems S9
Lessons : 14 h TD : 0 h TP : 0 h Project : 0 h Total : 14 h
Co-ordinator : Mathieu Laroche
Prerequisite
Geometric Optics, Coherent Optics, Optoelectronics
Course Objectives
Understand the fundamental principles of optical imaging systems and their limitations.
Learn the operating principle of some conventional and advanced imaging systems.
Syllabus
Modeling of a scene: lighting, luminance, diffusion, disturbances.
Image formation: approximate stigmatism, geometric and chromatic aberrations, matrix optics, resolution, modulation transfer function, depth of field.
Conventional imaging techniques: microscope, imaging sensors, colorimetry.
Advanced imaging techniques: adaptive optics, laser scanning microscopy.
Practical work (TD or TP)
Approximate stigmatism applied to spherical systems.
Matrix optics applied to centered spherical systems.
Color systems : RGB, XYZ, HSL.
Acquired skills
Understanding of an imaging system: from scene to digital image.
Techniques for characterizing and correcting geometric and chromatic aberrations.
Principles and operation of modern imaging systems.
Bibliography
Optique : Fondements et applications, J.P. Pérez, Masson.
Modern optics, R. Guenther John, Wiley & Sons.

© 2024 - ENSICAEN ( Legal Notices - Credits )