The usage of a tandem-scanning reflected-light microscope is not common but this technology offers the wide possibilities in the area of the surface reconstruction. This article presents a method that can reconstruct the 3D relief from a single image with a known calibrated set of images. The method uses the property that the points in the same height are visualized in the same color and we propose the nonlinear optimization to find this dependence. Subsequently, the low brightness parts are added by circular partial convolution
The confocal microscope can image a specimen in its natural environment forming a 3D image of the wh...
A major problem in 3D imaging by a CSLM (confocal scanning laser microscope) in the (epi) uorescenc...
Although well known for its depth discerning capability, conventional confocal microscopy has limite...
The usage of a tandem-scanning reflected-light microscope is not common but this technology offers t...
In the image of a confocal microscope, only those parts of an object appear bright that are located ...
Interest in the chromatic confocal microscope in the high precision dimensional metrology industry i...
The Diploma thesis deals with object surface reconstruction by means of confocal microscope. It incl...
Most 3D metrological microscopes used today require a scanning through the optical axis, which is ti...
Chromatic aberrations are mostly supressed in typical industrial lenses to ensure a well-defined col...
Hyperchromatic systems are especially used in chromatic confocal metrology to measure distances, lay...
International audienceThree-dimensional images of confocal laser scanning microscopy suffer from a d...
Conventional light microscopy allows the observation of living as well as fixed cells and tissues to...
Abstract—High-resolution confocal microscopic images may be made of either the surface of a sample o...
A confocal microscope creates sharp images of a speci-men that would otherwise appear blurred when v...
Chromatic confocal microscopy (CCM) is a promising technology that enables high-speed three-dimensio...
The confocal microscope can image a specimen in its natural environment forming a 3D image of the wh...
A major problem in 3D imaging by a CSLM (confocal scanning laser microscope) in the (epi) uorescenc...
Although well known for its depth discerning capability, conventional confocal microscopy has limite...
The usage of a tandem-scanning reflected-light microscope is not common but this technology offers t...
In the image of a confocal microscope, only those parts of an object appear bright that are located ...
Interest in the chromatic confocal microscope in the high precision dimensional metrology industry i...
The Diploma thesis deals with object surface reconstruction by means of confocal microscope. It incl...
Most 3D metrological microscopes used today require a scanning through the optical axis, which is ti...
Chromatic aberrations are mostly supressed in typical industrial lenses to ensure a well-defined col...
Hyperchromatic systems are especially used in chromatic confocal metrology to measure distances, lay...
International audienceThree-dimensional images of confocal laser scanning microscopy suffer from a d...
Conventional light microscopy allows the observation of living as well as fixed cells and tissues to...
Abstract—High-resolution confocal microscopic images may be made of either the surface of a sample o...
A confocal microscope creates sharp images of a speci-men that would otherwise appear blurred when v...
Chromatic confocal microscopy (CCM) is a promising technology that enables high-speed three-dimensio...
The confocal microscope can image a specimen in its natural environment forming a 3D image of the wh...
A major problem in 3D imaging by a CSLM (confocal scanning laser microscope) in the (epi) uorescenc...
Although well known for its depth discerning capability, conventional confocal microscopy has limite...