The calculation of the information content of an ideal image rests on two different mathematical approaches: The expansion of the field into either the a) coherent modes, or b) into the the sampling functions occurring at the r.h.s. of 1. The coherent mode approach leads to analytical results for a few special cases only, (rectangular- circular apertures), whereas the sampling method can be generalised in such a way that the distribution of the sampling points is known explicitly for al possible shapes of the apertures, thus obtaining optimal sampling!
We develop an information-theoretic framework for the quantitative assessment of the maximum amount ...
The use of coherent sources in photographic processes has necessitated the discussion of coherent an...
The method of photon-counting integral imaging has been introduced recently for three-dimensional o...
The calculation of the information content of an ideal image rests on two different mathematical app...
A novel approach for the measurement of information content of light field on the image plane illumi...
The ambiguity function (AF) provides a convenient way to model how a camera with a modified aperture...
Optically-coherent imaging systems offer significant improvements in sensitivity and resolution comp...
New inversion procedures are derived for one-dimensional object reconstruction which use sampling va...
In this thesis we try to provide novel solutions to key problems related to imaging and imaging syst...
The theory of coherence and propagation of light through imaging systems is well established. For co...
When used with coherent light, optical imaging systems are inherently unable to reproduce both the a...
The sampling of images may evoke undesirable perceptual phenomena, such as spatial structure, field ...
Extraction of information from images is often hamperedby the ineffective definitions of information...
Assuming sparsity or compressibility of the underlying signals, compressed sensing or compressive sa...
A simple model for image formation in linear shift-invariant systems is considered, in which both th...
We develop an information-theoretic framework for the quantitative assessment of the maximum amount ...
The use of coherent sources in photographic processes has necessitated the discussion of coherent an...
The method of photon-counting integral imaging has been introduced recently for three-dimensional o...
The calculation of the information content of an ideal image rests on two different mathematical app...
A novel approach for the measurement of information content of light field on the image plane illumi...
The ambiguity function (AF) provides a convenient way to model how a camera with a modified aperture...
Optically-coherent imaging systems offer significant improvements in sensitivity and resolution comp...
New inversion procedures are derived for one-dimensional object reconstruction which use sampling va...
In this thesis we try to provide novel solutions to key problems related to imaging and imaging syst...
The theory of coherence and propagation of light through imaging systems is well established. For co...
When used with coherent light, optical imaging systems are inherently unable to reproduce both the a...
The sampling of images may evoke undesirable perceptual phenomena, such as spatial structure, field ...
Extraction of information from images is often hamperedby the ineffective definitions of information...
Assuming sparsity or compressibility of the underlying signals, compressed sensing or compressive sa...
A simple model for image formation in linear shift-invariant systems is considered, in which both th...
We develop an information-theoretic framework for the quantitative assessment of the maximum amount ...
The use of coherent sources in photographic processes has necessitated the discussion of coherent an...
The method of photon-counting integral imaging has been introduced recently for three-dimensional o...