The study presents the results of creating simulated satellite imagery of lengthy territories with complex configuration using data from satellites with optical-electronic scanners of ultrahigh spatial resolution. The article attempts to clarify the feasibility of one-orbit imagery of a given lengthy object, taking into account the existing limitations on the values of pointing angles and satellite angular velocities based on the results of modeling the system of automatic satellite attitude program control during the process of imagery
The results of experimental studies and modeling of the orbital motion of QZSS geosynchronous satell...
The article deals with problems associated with determining permissible accuracy of Earth remote sen...
In the current study, control strategies are investigated for spacecraft imaging formations in multi...
The study presents the results of creating simulated satellite imagery of lengthy territories with c...
A method for monitoring attitude and positioning errors when taking satellite imagery of lengthy ter...
When solving a number of remote sensing problems, there arose a need for fast satellite imagery of a...
An advanced technique for satellite imagery of lengthy coastlines with complex configuration using E...
This paper presents mathematical models describing extended objects with complex configuration used ...
A method for monitoring attitude and positioning errors when taking satellite imagery of lengthy ter...
In this paper, the geometrical characteristics of Pléiades 1A satellite imagery (both single and ste...
The ground resolution of optical satellites now overlaps with the ground resolution of aerial images...
The article considers a spacecraft for remote sensing of the Earth with high-resolution or ultra-hig...
As we move toward the Twenty-first Century, we are witnessing a new era in remote sensing, with a ne...
The ground resolution of optical satellites now overlaps with the ground resolution of aerial images...
High spatial resolution satellite data is essential to identify small objects and extract minute det...
The results of experimental studies and modeling of the orbital motion of QZSS geosynchronous satell...
The article deals with problems associated with determining permissible accuracy of Earth remote sen...
In the current study, control strategies are investigated for spacecraft imaging formations in multi...
The study presents the results of creating simulated satellite imagery of lengthy territories with c...
A method for monitoring attitude and positioning errors when taking satellite imagery of lengthy ter...
When solving a number of remote sensing problems, there arose a need for fast satellite imagery of a...
An advanced technique for satellite imagery of lengthy coastlines with complex configuration using E...
This paper presents mathematical models describing extended objects with complex configuration used ...
A method for monitoring attitude and positioning errors when taking satellite imagery of lengthy ter...
In this paper, the geometrical characteristics of Pléiades 1A satellite imagery (both single and ste...
The ground resolution of optical satellites now overlaps with the ground resolution of aerial images...
The article considers a spacecraft for remote sensing of the Earth with high-resolution or ultra-hig...
As we move toward the Twenty-first Century, we are witnessing a new era in remote sensing, with a ne...
The ground resolution of optical satellites now overlaps with the ground resolution of aerial images...
High spatial resolution satellite data is essential to identify small objects and extract minute det...
The results of experimental studies and modeling of the orbital motion of QZSS geosynchronous satell...
The article deals with problems associated with determining permissible accuracy of Earth remote sen...
In the current study, control strategies are investigated for spacecraft imaging formations in multi...