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UO-21 CONVOLUTION THEEOREM OPTICAL
EXPERIMENT KIT
According to the convolution theorem, the Fourier
transform of the product of two functions equals the
convolution of the two individual Fourier transforms of
the two functions.
EXPERIMENT KIT
According to the convolution theorem, the Fourier
transform of the product of two functions equals the
convolution of the two individual Fourier transforms of
the two functions.
UO-26 MEASUREMENT OF MTF (OPTICAL
TRANSFER)
During optical information transfer, the transfer
process and the primary factors for the evaluation
of the optical system.
TRANSFER)
During optical information transfer, the transfer
process and the primary factors for the evaluation
of the optical system.
- Understand the basic theory of optical
transfer function - Understand the measurement principle of
optical transfer function - Acknowledge the fundamental methods for
measuring optical transfer function and
evaluating imaging quality
UO-23 FOURIER TRANSFORM FOR IMAGE
RECOGNITION
Information analysis and processing are an important
throughput, fast processing speed, and accurate part in
information optics. Joint Fourier transform is an
recognition capability.
RECOGNITION
Information analysis and processing are an important
throughput, fast processing speed, and accurate part in
information optics. Joint Fourier transform is an
recognition capability.
- Understand fundamental principles of joint Fourier
transform and image recognition - Familiarize with spatial light modulator
- Learn to construct coherent optical information
processing system
UO-27 MEASURING OF CONTINUOUS OPTICAL
TRANSFER
This system is designed to measure the transfer
function at continuous spatial frequency.
Understand diffraction limited systems and the
theory of optical transfer function
TRANSFER
This system is designed to measure the transfer
function at continuous spatial frequency.
Understand diffraction limited systems and the
theory of optical transfer function
- Understand line spread function and its role
in the measurement of optical transfer
function - Acknowledge the measurement of optical
transfer function and the evaluation of
imaging quality - Understand the effect of the lens parameters
of a diffraction limited system on optical
transfer function
UO-30 FIBER OPTICS WORKSHOP
UO-24 WHITE LIGHT OPTICAL /DIGITAL IMAGE
PROCESSING - COLOUR ENCODING
PHOTOGRAPHY
White light optical/digital image processing - colour
encoded photography, is based on the theta modulation
theory in optical information processing, Fourier
transform theory, and computer-aided digital image
processing technique. It combines the techniques of
white light optical information processing (colour
photography with black/white kit is composed of colour
encoded photographing, optical decoding, and digital
decoding systems. It covers optical information
transferring, transforming, encoding, decoding, filtering,
reconstructing, storing, recording, extracting,
recognizing, restoring, and operating, as well as
photometry, colorimetry, and computer-aided image
processing technique.
PROCESSING - COLOUR ENCODING
PHOTOGRAPHY
White light optical/digital image processing - colour
encoded photography, is based on the theta modulation
theory in optical information processing, Fourier
transform theory, and computer-aided digital image
processing technique. It combines the techniques of
white light optical information processing (colour
photography with black/white kit is composed of colour
encoded photographing, optical decoding, and digital
decoding systems. It covers optical information
transferring, transforming, encoding, decoding, filtering,
reconstructing, storing, recording, extracting,
recognizing, restoring, and operating, as well as
photometry, colorimetry, and computer-aided image
processing technique.
UO-25 F.T OPTICAL EXPERIMENT KIT
Experimental topics cover F.optical system, Fourier
optical filtering in frequency domain, Fourier phase
shift theorem and convolution theorem. They are
comprehensive experiments in the field of optical
information processing.
Experimental topics cover F.optical system, Fourier
optical filtering in frequency domain, Fourier phase
shift theorem and convolution theorem. They are
comprehensive experiments in the field of optical
information processing.
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UO-22 INFORMATION OPTICAL EXPERIMENTS
USING LIQUID CRYSTAL SPATIAL LIGHT
MODULATOR
Liquid crystal (LC) is an organic polymer compound that
may flow like a liquid, but the molecules may be aligned
in a crystal-like orientation. When LC molecules are
aligned, the material becomes optically anisotropic
USING LIQUID CRYSTAL SPATIAL LIGHT
MODULATOR
Liquid crystal (LC) is an organic polymer compound that
may flow like a liquid, but the molecules may be aligned
in a crystal-like orientation. When LC molecules are
aligned, the material becomes optically anisotropic
- Open structure to enhance students' hands-on
skills and deepen their understanding of
experimental principles - Powerful software for holographic encoding
transform of images and their reconstruction - Measurement of electro-optic effect of liquid
crystal material
UO-29 IMAGE FORMATION
EXPERIMENT
EXPERIMENT
UO-28 FIBER OPTICS
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| EXPERIMENTS IN OPTICS |
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