A method for monitoring attitude and positioning errors when taking satellite imagery of lengthy territories with complex configuration using an ultra-high spatial resolution optical-electronic scanner is described in the article. The results of modeling the system of automatic satellite attitude program control during the process of imagery are presented. Given these results, the impact of attitude and positioning errors during satellite imagery was estimated on the coverage percentage of the territory to be imaged
The growing interest in the development of small satellites and the demand for high resolution imagi...
This paper concerns high resolution satellite images position accurracy tests carried out through or...
International audiencePushbroom cameras are widely used for earth observation applications. This sen...
A method for monitoring attitude and positioning errors when taking satellite imagery of lengthy ter...
The study presents the results of creating simulated satellite imagery of lengthy territories with c...
Improvements in communication and processing technologies have opened the doors to exploit on-board ...
Very high resolution optical satellites are imaging the object space by a combination of CCD-lines i...
In this work we present the achievements of the approach we have conceived to estimate in real time ...
The mass and cost requirements of high-accuracy satellite pointing systems often inhibit the potenti...
Small satellites have limited payload and their attitudes are sometimes difficult to determine from ...
An advanced technique for satellite imagery of lengthy coastlines with complex configuration using E...
© 2020 Space Research Institute of the Russian Academy of Sciences. All rights reserved. An approach...
Satellite cameras are calibrated before launch in detail and in general, but it cannot be guaranteed...
The present paper provides information about imagery and navigation systems of the Russian high reso...
The application to which smaller and more affordable satellites may be employed is often constrained...
The growing interest in the development of small satellites and the demand for high resolution imagi...
This paper concerns high resolution satellite images position accurracy tests carried out through or...
International audiencePushbroom cameras are widely used for earth observation applications. This sen...
A method for monitoring attitude and positioning errors when taking satellite imagery of lengthy ter...
The study presents the results of creating simulated satellite imagery of lengthy territories with c...
Improvements in communication and processing technologies have opened the doors to exploit on-board ...
Very high resolution optical satellites are imaging the object space by a combination of CCD-lines i...
In this work we present the achievements of the approach we have conceived to estimate in real time ...
The mass and cost requirements of high-accuracy satellite pointing systems often inhibit the potenti...
Small satellites have limited payload and their attitudes are sometimes difficult to determine from ...
An advanced technique for satellite imagery of lengthy coastlines with complex configuration using E...
© 2020 Space Research Institute of the Russian Academy of Sciences. All rights reserved. An approach...
Satellite cameras are calibrated before launch in detail and in general, but it cannot be guaranteed...
The present paper provides information about imagery and navigation systems of the Russian high reso...
The application to which smaller and more affordable satellites may be employed is often constrained...
The growing interest in the development of small satellites and the demand for high resolution imagi...
This paper concerns high resolution satellite images position accurracy tests carried out through or...
International audiencePushbroom cameras are widely used for earth observation applications. This sen...