In remote sensing data, geometric distortions are observed due to acquisition system and the movements of the platform. A geometric correction of the image is required whenever the image is to be compared with existing maps or with other images. This review paper enlists various Preprocessing techniques for geometric correction of raw images. Preprocessing of satellite image is prerequisite for further analysis applications such as change detection, object identification, image classification etc
Abstract. A new method to evaluate and to visualize positional uncertainties that occur through the ...
The geometric correction model describes the relationship between the features in image and object s...
Satellite cameras are calibrated before launch in detail and in general, but it cannot be guaranteed...
A number of algorithms have been reported to process and remove geometric distortions in satellite i...
Abstract Satellite image processing is usingfor reduce noise on satellite data, it can be done with ...
In this study, the figure condition method was introduced to analyse the accuracy of geometric corre...
The Near-equatorial orbit (NEqO) satellite represents a new generation of optical satellite images c...
In Remote Sensing, because of some parameters correlated to platform instabilities, sensor geometry...
ABSTRAK Characteristic of geometric distortion on satellite imagery can be divided into 2 classes, i...
The number of high resolution space imagery have great interest in the photogrammetric and remote se...
Many applications of remotely sensed digital imagery require images that are corrected for geometric...
In the processing of mass remote sensing products production, the influence resulted from different ...
ABSTRACT: The usages of satellite images are intruding many fields of geoinformatics researches and ...
The Chinese satellites HJ-1 A/B, CBERS-02C and ZY-3 have been recently launched and are considered a...
Very high resolution optical satellites are imaging the object space by a combination of CCD-lines i...
Abstract. A new method to evaluate and to visualize positional uncertainties that occur through the ...
The geometric correction model describes the relationship between the features in image and object s...
Satellite cameras are calibrated before launch in detail and in general, but it cannot be guaranteed...
A number of algorithms have been reported to process and remove geometric distortions in satellite i...
Abstract Satellite image processing is usingfor reduce noise on satellite data, it can be done with ...
In this study, the figure condition method was introduced to analyse the accuracy of geometric corre...
The Near-equatorial orbit (NEqO) satellite represents a new generation of optical satellite images c...
In Remote Sensing, because of some parameters correlated to platform instabilities, sensor geometry...
ABSTRAK Characteristic of geometric distortion on satellite imagery can be divided into 2 classes, i...
The number of high resolution space imagery have great interest in the photogrammetric and remote se...
Many applications of remotely sensed digital imagery require images that are corrected for geometric...
In the processing of mass remote sensing products production, the influence resulted from different ...
ABSTRACT: The usages of satellite images are intruding many fields of geoinformatics researches and ...
The Chinese satellites HJ-1 A/B, CBERS-02C and ZY-3 have been recently launched and are considered a...
Very high resolution optical satellites are imaging the object space by a combination of CCD-lines i...
Abstract. A new method to evaluate and to visualize positional uncertainties that occur through the ...
The geometric correction model describes the relationship between the features in image and object s...
Satellite cameras are calibrated before launch in detail and in general, but it cannot be guaranteed...