This study presents the integrated control/structure design of a large flexible structure, the Extra Long Mast Observatory (ELMO). The integrated design is performed using structured Hinfinity control tools, developing the Two-Input Two-Output Port (TITOP) model of the flexible multi-body structure and imposing integrated design specifications as Hinfinity constraints. The integrated control/structure design for ELMO consists of optimizing simultaneously its payload mass and control system for low-frequency perturbation rejection respecting bandwidth requirements
Basic research in the control of large space structures is discussed. Active damping and control of ...
Proposed large space structures have many characteristics that make them difficult to analyze and co...
A controller design approach for large space structures is presented, which consists of a primary at...
Dans cette étude de thèse, le problème du co-design mécanique/contrôle d’attitude avec méthodesde la...
Dans cette étude de thèse, le problème du co-design mécanique/contrôle d’attitude avec méthodesde la...
A new approach for the design and control of flexible space structures is described. The approach in...
In this paper, a multi-model H1 synthesis scheme for fixed-structure controller design is developed ...
Presented here are the results of an advanced control design as well as a discussion of the requirem...
The study presents and validates a flexible appendage model to be used in an integrated control/str...
This paper proposes an approach for the design of flexible spacecraft, wherein the structural design...
The control of flexible spacecraft is a difficult problem because of large number of elastic modes; ...
Work performed in Large Space Structures Controls research and development program at Marshall Space...
In this PhD thesis, the integrated control/structure design of a large flexible spacecraft is addres...
Identification and control of flexible space structures were studied. Exploration of the most advanc...
The applicability of H infinity control theory to the problems of large space structures (LSS) contr...
Basic research in the control of large space structures is discussed. Active damping and control of ...
Proposed large space structures have many characteristics that make them difficult to analyze and co...
A controller design approach for large space structures is presented, which consists of a primary at...
Dans cette étude de thèse, le problème du co-design mécanique/contrôle d’attitude avec méthodesde la...
Dans cette étude de thèse, le problème du co-design mécanique/contrôle d’attitude avec méthodesde la...
A new approach for the design and control of flexible space structures is described. The approach in...
In this paper, a multi-model H1 synthesis scheme for fixed-structure controller design is developed ...
Presented here are the results of an advanced control design as well as a discussion of the requirem...
The study presents and validates a flexible appendage model to be used in an integrated control/str...
This paper proposes an approach for the design of flexible spacecraft, wherein the structural design...
The control of flexible spacecraft is a difficult problem because of large number of elastic modes; ...
Work performed in Large Space Structures Controls research and development program at Marshall Space...
In this PhD thesis, the integrated control/structure design of a large flexible spacecraft is addres...
Identification and control of flexible space structures were studied. Exploration of the most advanc...
The applicability of H infinity control theory to the problems of large space structures (LSS) contr...
Basic research in the control of large space structures is discussed. Active damping and control of ...
Proposed large space structures have many characteristics that make them difficult to analyze and co...
A controller design approach for large space structures is presented, which consists of a primary at...