The Control of Flexible Structures (COFS) program is divided into three areas of research. These three areas are controls/structures analysis development, ground test experiments, and in-space experiments. The ground test experiments are intended to validate analyses and to confirm through hardware tests our technical readiness to successfully fly the Mast hardware. There is this close relation to the results of ground tests and analytical predictions that must be understood before flight experiments may be attempted. Details relative to each program area are given
This paper describes the first experimental validation of an optimization-based integrated controls-...
The major components of a design and operational flight strategy for flexible structure control syst...
The MIT Space Engineering Research Center is the principal investigator for a series of experiments ...
The Control of Flexible Structures (COFS) 1 Project provides the invaluable opportunity to test, val...
COFS 3 is the third project within the Control of Flexible Structures (COFS) program. It deals with ...
An overview is given of the work being done at NASA LaRC on developing the Control of Flexible Struc...
Conventional end-to-end ground tests for verification of control system performance become increasin...
A brief survey of large space structure control related experiments and facilities was presented. Th...
The results of active control experiments performed for the Mini-Mast truss structure are presented....
Preliminary work at Langley Research Center (LaRC) related to the design, analysis and testing of a ...
The objectives of the 20-meter Mini-Mast were: (1) to learn how to efficiently test this type of lar...
A NASA program is about to start which has the objective to advance Controls-Structures Interaction ...
An experimental structure is described which was constructed to demonstrate and validate recent emer...
The integration process of the MAST flight system is surveyed. Insight is given into the planned orb...
The focus is on a flexible structure experiment developed at the California Institute of Technology....
This paper describes the first experimental validation of an optimization-based integrated controls-...
The major components of a design and operational flight strategy for flexible structure control syst...
The MIT Space Engineering Research Center is the principal investigator for a series of experiments ...
The Control of Flexible Structures (COFS) 1 Project provides the invaluable opportunity to test, val...
COFS 3 is the third project within the Control of Flexible Structures (COFS) program. It deals with ...
An overview is given of the work being done at NASA LaRC on developing the Control of Flexible Struc...
Conventional end-to-end ground tests for verification of control system performance become increasin...
A brief survey of large space structure control related experiments and facilities was presented. Th...
The results of active control experiments performed for the Mini-Mast truss structure are presented....
Preliminary work at Langley Research Center (LaRC) related to the design, analysis and testing of a ...
The objectives of the 20-meter Mini-Mast were: (1) to learn how to efficiently test this type of lar...
A NASA program is about to start which has the objective to advance Controls-Structures Interaction ...
An experimental structure is described which was constructed to demonstrate and validate recent emer...
The integration process of the MAST flight system is surveyed. Insight is given into the planned orb...
The focus is on a flexible structure experiment developed at the California Institute of Technology....
This paper describes the first experimental validation of an optimization-based integrated controls-...
The major components of a design and operational flight strategy for flexible structure control syst...
The MIT Space Engineering Research Center is the principal investigator for a series of experiments ...