A new method for combining small-sized areal array CCD sensors to make one wide-angled digital aerial photography system is studied in this paper. The method is to install several small-sized areal array CCD cameras in the way that their perspective projecting centers form a line or a square, with their principal optical axes slanting fixed angle along designed directions. Such installation aims at getting one big frame of image, which is the exact mosaic of group image captured by combined cameras at one time, equivalent to the one taken directly by a wide-angled aerial camera. The system parameters: position relationships between cameras, exact principal distance of each camera and optical distortion parameters of each lens are obtained w...
A novel high resolution imaging technique-subpixel imaging with area-array CCD sensors-is presented....
An outline is given of our development of mosaic CCD cameras. Hardware and data reduction software o...
The vast majority of cameras and imaging sensors relies on the identical single aperture optics prin...
On the basis of a size single plane array CCD (SPAC-1), we study and establish a digital aerial phot...
We present the idea of a polycamera which is defined as a tightly packed camera cluster. The cluster...
In this paper an automated camera self-calibration method based on large scale aerial images coplana...
The Linear Array CCD technology is widely used in the new generation aerial photogrammetric sensors ...
The Digital Modular Camera (DMC) is the new digital aerial camera system of Z/I Imaging. It is based...
Analogue photogrammetric aerial cameras are replaced more and more by large size aerial frame camera...
In recent years, Unmanned Aerial System (UAS) has been applied to collect aerial images for mapping,...
Z/I Imaging introduced with the DMC II 140, 230 and 250 digital aerial cameras with a very large for...
The recent advancements in commercial drone performance and capability have seen their use in privat...
In order to obtain the image of 7 m resolution with the Chang'E-2 CCD stereoscopic camera on the 100...
In order to determine the Bi-directional Reflectance Distribution Function (BRDF)of natural surface...
A new compact large field of view (FOV) multi-camera system is introduced. The camera is based on se...
A novel high resolution imaging technique-subpixel imaging with area-array CCD sensors-is presented....
An outline is given of our development of mosaic CCD cameras. Hardware and data reduction software o...
The vast majority of cameras and imaging sensors relies on the identical single aperture optics prin...
On the basis of a size single plane array CCD (SPAC-1), we study and establish a digital aerial phot...
We present the idea of a polycamera which is defined as a tightly packed camera cluster. The cluster...
In this paper an automated camera self-calibration method based on large scale aerial images coplana...
The Linear Array CCD technology is widely used in the new generation aerial photogrammetric sensors ...
The Digital Modular Camera (DMC) is the new digital aerial camera system of Z/I Imaging. It is based...
Analogue photogrammetric aerial cameras are replaced more and more by large size aerial frame camera...
In recent years, Unmanned Aerial System (UAS) has been applied to collect aerial images for mapping,...
Z/I Imaging introduced with the DMC II 140, 230 and 250 digital aerial cameras with a very large for...
The recent advancements in commercial drone performance and capability have seen their use in privat...
In order to obtain the image of 7 m resolution with the Chang'E-2 CCD stereoscopic camera on the 100...
In order to determine the Bi-directional Reflectance Distribution Function (BRDF)of natural surface...
A new compact large field of view (FOV) multi-camera system is introduced. The camera is based on se...
A novel high resolution imaging technique-subpixel imaging with area-array CCD sensors-is presented....
An outline is given of our development of mosaic CCD cameras. Hardware and data reduction software o...
The vast majority of cameras and imaging sensors relies on the identical single aperture optics prin...