Abstract: 'Chibis-M' microsatellite attitude control system is presented. Damping initial angular velocity with magnetic coils use, orbital reference frame stabilization with reaction wheels use and sun attitude acquisition flying test results are considered. Also satellite attitude determination algorithms work on lighted and shaded orbit sides are investigated. Attitude control system work logic are presented and analyzed.Note: Research direction:Theoretical and applied problems of mechanic
The microsatellite concept involves obvious limitations in size, weight, and on-board available powe...
ABSTRACT- New advanced control techniques for the attitude determination and control of the SUNSAT m...
Abstract: Attitude control systems which provide small satellites with a required angular ...
Abstract: A description of laboratory facility developed by RDC 'ScanEx' for the microsate...
Abstract: Kalman filter study method is proposed. Application of the method is demonstrate...
In this paper a low-weight, low-power magnetic attitude control system, consisting of three magnetic...
The paper describes the development of a microsatellite attitude determination and control subsystem...
Abstract: Attitude determination algorithms based on Kalman filter are considered in the p...
This paper deals with the attitude acquisition and control for the Italian Scientific Microsatellite...
Abstract: A problem of attitude simulation for SC in laboratory conditions is discussed. V...
In a spacecraft development cycle, components must undergo a rigorous regime of testing, known as ac...
The development of a small spacecraft attitude determination and control subsystem is described. Th...
New advanced control techniques for attitude determination and control of small (micro) satellites a...
Attitude control of a satellite is required for the pointing of communications antennas and other in...
This paper deals with the Attitude Determination And Control Subsystem (ADACS) of the SMART microsat...
The microsatellite concept involves obvious limitations in size, weight, and on-board available powe...
ABSTRACT- New advanced control techniques for the attitude determination and control of the SUNSAT m...
Abstract: Attitude control systems which provide small satellites with a required angular ...
Abstract: A description of laboratory facility developed by RDC 'ScanEx' for the microsate...
Abstract: Kalman filter study method is proposed. Application of the method is demonstrate...
In this paper a low-weight, low-power magnetic attitude control system, consisting of three magnetic...
The paper describes the development of a microsatellite attitude determination and control subsystem...
Abstract: Attitude determination algorithms based on Kalman filter are considered in the p...
This paper deals with the attitude acquisition and control for the Italian Scientific Microsatellite...
Abstract: A problem of attitude simulation for SC in laboratory conditions is discussed. V...
In a spacecraft development cycle, components must undergo a rigorous regime of testing, known as ac...
The development of a small spacecraft attitude determination and control subsystem is described. Th...
New advanced control techniques for attitude determination and control of small (micro) satellites a...
Attitude control of a satellite is required for the pointing of communications antennas and other in...
This paper deals with the Attitude Determination And Control Subsystem (ADACS) of the SMART microsat...
The microsatellite concept involves obvious limitations in size, weight, and on-board available powe...
ABSTRACT- New advanced control techniques for the attitude determination and control of the SUNSAT m...
Abstract: Attitude control systems which provide small satellites with a required angular ...