Add to ORKGSimulation of stabilization and control for spinning, manned space station to provide artificial gravity station environmen
The mission requirements for some satellites require that they spin continuously and at the same tim...
Laboratory simulations of three concepts, based on maximum use of available off-the-shelf hardware e...
The four study areas addressed are: (1) attitude control, (2) data management, (3) long-life thermal...
An executive summary and an analysis of the results are discussed. A user's guide for the digital co...
Operational and structural design criteria for artificial gravity stabilization of rotating space st...
System concepts were characterized in order to define cost versus benefits for autonomous functional...
Design and operation of attitude stabilization and control system for Biosatellit
The application of a single movable mass to generate control torques for the attitude control of spa...
A study is made to develop controllers for the NASA-JSC Triangular Space Station and evaluate their ...
Computer manual for calculating dynamic vector control of dual spin space statio
The concepts, design, development, testing, and flight results of the command and service module sta...
Viewgraphs on attitude control and stabilization technology discipline for the Space Station Freedom...
Analysis and design of space vehicle control systems - short period dynamics of attitude control dur...
Digital techniques to increase reliability and accuracy of spacecraft control and stabilization syst...
Aspects of an attitude control system were studied and developed for a large space base that is stru...
The mission requirements for some satellites require that they spin continuously and at the same tim...
Laboratory simulations of three concepts, based on maximum use of available off-the-shelf hardware e...
The four study areas addressed are: (1) attitude control, (2) data management, (3) long-life thermal...
An executive summary and an analysis of the results are discussed. A user's guide for the digital co...
Operational and structural design criteria for artificial gravity stabilization of rotating space st...
System concepts were characterized in order to define cost versus benefits for autonomous functional...
Design and operation of attitude stabilization and control system for Biosatellit
The application of a single movable mass to generate control torques for the attitude control of spa...
A study is made to develop controllers for the NASA-JSC Triangular Space Station and evaluate their ...
Computer manual for calculating dynamic vector control of dual spin space statio
The concepts, design, development, testing, and flight results of the command and service module sta...
Viewgraphs on attitude control and stabilization technology discipline for the Space Station Freedom...
Analysis and design of space vehicle control systems - short period dynamics of attitude control dur...
Digital techniques to increase reliability and accuracy of spacecraft control and stabilization syst...
Aspects of an attitude control system were studied and developed for a large space base that is stru...
The mission requirements for some satellites require that they spin continuously and at the same tim...
Laboratory simulations of three concepts, based on maximum use of available off-the-shelf hardware e...
The four study areas addressed are: (1) attitude control, (2) data management, (3) long-life thermal...