The geometric modelling of satellite imaging sensors is a fundamental step in the photogrammetric processing chain, and becomes crucial in multi-source data fusion and analysis. This paper seeks to report the main characteristics and developments of optical pushbroom sensors for photogrammetric and remote sensing applications, and to provide a critical review of approaches used for their geometric modelling.JRC.G.2-Global security and crisis managemen
One of the steps on mastery the remote sensing technology (inderaja) for satellite was the developme...
Bu çalışmada, son teknoloji uydu görüntüleme sistemlerinde yoğunlukla kullanılan doğrusal dizin (pus...
The paper presents a geometric calibration method based on the sparse ground control points (GCPs), ...
This paper introduces an operational and extensible system for sensor modeling, triangulation, DEM e...
The use of very high resolution satellite images in photogrammetric works is increasing continuously...
This paper presents a universal approach to geometric modelling in photogrammetry and remote sensing...
Today CCD linear array scanners are widely used on satellite, airborne and helicopter platforms to p...
A new generic pushbroom sensor model for high-resolution satellite images is presented. The sensor o...
The latest generation of high-resolution commercial imaging satellites, such as IKONOS and QuickBird...
The aim of this paper is to present a model for orientation of pushbroom sensors that allows estimat...
The aim of this paper is to present an experimental assessment of two models that use "control lines...
Airborne pushbroom imaging systems are becoming increasingly of interest for panchromatic, multispec...
Mathematical models of image sensing are generally categorized into physical/geometrical sensor mode...
This paper suggests a method for automatic in-flight boresight calibration of pushbroom scanner imag...
The history and recent development of photogrammetry and remote sensing are reviewed and analyzed fi...
One of the steps on mastery the remote sensing technology (inderaja) for satellite was the developme...
Bu çalışmada, son teknoloji uydu görüntüleme sistemlerinde yoğunlukla kullanılan doğrusal dizin (pus...
The paper presents a geometric calibration method based on the sparse ground control points (GCPs), ...
This paper introduces an operational and extensible system for sensor modeling, triangulation, DEM e...
The use of very high resolution satellite images in photogrammetric works is increasing continuously...
This paper presents a universal approach to geometric modelling in photogrammetry and remote sensing...
Today CCD linear array scanners are widely used on satellite, airborne and helicopter platforms to p...
A new generic pushbroom sensor model for high-resolution satellite images is presented. The sensor o...
The latest generation of high-resolution commercial imaging satellites, such as IKONOS and QuickBird...
The aim of this paper is to present a model for orientation of pushbroom sensors that allows estimat...
The aim of this paper is to present an experimental assessment of two models that use "control lines...
Airborne pushbroom imaging systems are becoming increasingly of interest for panchromatic, multispec...
Mathematical models of image sensing are generally categorized into physical/geometrical sensor mode...
This paper suggests a method for automatic in-flight boresight calibration of pushbroom scanner imag...
The history and recent development of photogrammetry and remote sensing are reviewed and analyzed fi...
One of the steps on mastery the remote sensing technology (inderaja) for satellite was the developme...
Bu çalışmada, son teknoloji uydu görüntüleme sistemlerinde yoğunlukla kullanılan doğrusal dizin (pus...
The paper presents a geometric calibration method based on the sparse ground control points (GCPs), ...