In order to obtain the image of 7 m resolution with the Chang'E-2 CCD stereoscopic camera on the 100-km-altitude circular orbit, a two-linear array CCD camera stereoscopic mapping optical system is designed. The principle of two-linear array stereo mapping camera is described. According to the satellite requirements, the main parameters of the optical system are calculated detailedly. The focal length of the system is 144.4 mm, the view angle is 42'E-2 satellite CCD stereoscopic camera are obtained. The images are clear and rich of detail information, demonstrating the effectiveness of the optical system
The new concept of two–dimensional (2D) image processing implementation for auto-guiding system is s...
NOVELTY - The system has an objective (16) assigned to a light source, to produce a light beam (B), ...
The development of new spacecraft camera systems to be used in conjunction with CCD sensors is repor...
The goals of engineering and scientific missions for Chang'E-2 lunar satellite require high dete...
A new method for combining small-sized areal array CCD sensors to make one wide-angled digital aeria...
A prototype twin-camera stereo vision system for autonomous robots has been developed at Goddard Spa...
<p>It has a widely applications in robot vision and 3D measurement for binocular stereoscopic measur...
<p> With the increasing demand of the high-resolution remote sensing images by military and civilia...
With the development of the digital airborne photogrammetry technology, the more performances of the...
<p> The optical system of lunar rover navigation camera has a direct influence on imaging quality, ...
The spatial resolution, time resolution and spectral resolution of the space remote sensing camera a...
Since the 1980th , where CCD line technology emerged at the market, DLR is dealing with line scanner...
In the final step of approaching and docking proximity of space rendezvous and docking, it is necess...
The Linear Array CCD technology is widely used in the new generation aerial photogrammetric sensors ...
On the basis of a size single plane array CCD (SPAC-1), we study and establish a digital aerial phot...
The new concept of two–dimensional (2D) image processing implementation for auto-guiding system is s...
NOVELTY - The system has an objective (16) assigned to a light source, to produce a light beam (B), ...
The development of new spacecraft camera systems to be used in conjunction with CCD sensors is repor...
The goals of engineering and scientific missions for Chang'E-2 lunar satellite require high dete...
A new method for combining small-sized areal array CCD sensors to make one wide-angled digital aeria...
A prototype twin-camera stereo vision system for autonomous robots has been developed at Goddard Spa...
<p>It has a widely applications in robot vision and 3D measurement for binocular stereoscopic measur...
<p> With the increasing demand of the high-resolution remote sensing images by military and civilia...
With the development of the digital airborne photogrammetry technology, the more performances of the...
<p> The optical system of lunar rover navigation camera has a direct influence on imaging quality, ...
The spatial resolution, time resolution and spectral resolution of the space remote sensing camera a...
Since the 1980th , where CCD line technology emerged at the market, DLR is dealing with line scanner...
In the final step of approaching and docking proximity of space rendezvous and docking, it is necess...
The Linear Array CCD technology is widely used in the new generation aerial photogrammetric sensors ...
On the basis of a size single plane array CCD (SPAC-1), we study and establish a digital aerial phot...
The new concept of two–dimensional (2D) image processing implementation for auto-guiding system is s...
NOVELTY - The system has an objective (16) assigned to a light source, to produce a light beam (B), ...
The development of new spacecraft camera systems to be used in conjunction with CCD sensors is repor...