With two-wavelength digital holography, 3D images of diffuse objects are generated by computing the phase difference between coherent images recorded at two wavelengths. Results are presented that show robust, fine resolution 3D imaging
Through a holographic recording a property from the third dimension, the depth, is obtained in the f...
Fast and accurate Measurement of the 3D shape of objects with rough surfaces is a demanding task. We...
Dual-wavelength holography has a better axial range than single-wavelength holography, allowing unam...
The present invention is a phase-imaging technique by digital holography that eliminates the problem...
The present invention is a phase-imaging technique by digital holography that eliminates the problem...
The quality of reconstructed images in relation to the bit depth of holograms formed by wavelength-s...
The problem to determine the 3D-contour of objects with all sizes and shapes is a hot topic in diver...
Two wavelength coherent imaging is a digital holographic technique that offers several advantages ov...
Interferometric detection enables the acquisition of the amplitude and phase of the optical field. B...
Interferometric detection enables the acquisition of the amplitude and phase of the optical field. B...
We have studied the use of conventional stereoscopic displays for the viewing of digital holograms o...
We have studied the use of conventional stereoscopic displays for the viewing of digital holograms o...
We have studied the use of conventional stereoscopic displays for the viewing of digital holograms o...
In this chapter, we introduce multiwavelength digital holographic techniques and a novel multiwavele...
Through a holographic recording a property from the third dimension, the depth, is obtained in the f...
Through a holographic recording a property from the third dimension, the depth, is obtained in the f...
Fast and accurate Measurement of the 3D shape of objects with rough surfaces is a demanding task. We...
Dual-wavelength holography has a better axial range than single-wavelength holography, allowing unam...
The present invention is a phase-imaging technique by digital holography that eliminates the problem...
The present invention is a phase-imaging technique by digital holography that eliminates the problem...
The quality of reconstructed images in relation to the bit depth of holograms formed by wavelength-s...
The problem to determine the 3D-contour of objects with all sizes and shapes is a hot topic in diver...
Two wavelength coherent imaging is a digital holographic technique that offers several advantages ov...
Interferometric detection enables the acquisition of the amplitude and phase of the optical field. B...
Interferometric detection enables the acquisition of the amplitude and phase of the optical field. B...
We have studied the use of conventional stereoscopic displays for the viewing of digital holograms o...
We have studied the use of conventional stereoscopic displays for the viewing of digital holograms o...
We have studied the use of conventional stereoscopic displays for the viewing of digital holograms o...
In this chapter, we introduce multiwavelength digital holographic techniques and a novel multiwavele...
Through a holographic recording a property from the third dimension, the depth, is obtained in the f...
Through a holographic recording a property from the third dimension, the depth, is obtained in the f...
Fast and accurate Measurement of the 3D shape of objects with rough surfaces is a demanding task. We...
Dual-wavelength holography has a better axial range than single-wavelength holography, allowing unam...
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