This paper presents the solution to the mixed µ synthesis problem, and how to design gain scheduling controllers with linear fractional transformations (LFTs). The system is assumed to have a parameter dependences described by LFTs The goal of the controller is, with real-time knowledge of the parameters, to provide disturbance and error attenuation. The paper treats both complex and real parametric dependencies
This paper deals with the design of gain-scheduled filters, whose state-space realization depends on...
This paper focuses on quadratic performance analysis and output feedback gain-scheduling synthesis f...
This paper focuses on quadratic performance analysis and output feedback gain-scheduling synthesis f...
This paper presents the solution to the mixed µ synthesis problem, and how to design gain scheduling...
This paper presents the solution to the mixed µ synthesis problem, and how to design gain scheduling...
This paper presents the solution to the mixed-¯ synthesis problem, and how to design gain scheduling...
This paper presents the solution to the mixed-¯ synthesis problem, and how to design gain scheduling...
Output regulation of general uncertain systems is a meaningful yet challenging problem. In spite of ...
Output regulation of general uncertain systems is a meaningful yet challenging problem. In spite of ...
Output regulation of general uncertain systems is a meaningful yet challenging problem. In spite of ...
Abstract—Traditionally, scheduled controllers are obtained by interpolation of a bank of linear feed...
The problem of parametrizing all stabilizing controllers for general linear fractional transformatio...
The problem of parametrizing all stabilizing controllers for general linear fractional transformatio...
This paper is concerned with the robust gain-scheduling output feedback control problem for a class ...
This paper is concerned with the robust gain-scheduling output feedback control problem for a class ...
This paper deals with the design of gain-scheduled filters, whose state-space realization depends on...
This paper focuses on quadratic performance analysis and output feedback gain-scheduling synthesis f...
This paper focuses on quadratic performance analysis and output feedback gain-scheduling synthesis f...
This paper presents the solution to the mixed µ synthesis problem, and how to design gain scheduling...
This paper presents the solution to the mixed µ synthesis problem, and how to design gain scheduling...
This paper presents the solution to the mixed-¯ synthesis problem, and how to design gain scheduling...
This paper presents the solution to the mixed-¯ synthesis problem, and how to design gain scheduling...
Output regulation of general uncertain systems is a meaningful yet challenging problem. In spite of ...
Output regulation of general uncertain systems is a meaningful yet challenging problem. In spite of ...
Output regulation of general uncertain systems is a meaningful yet challenging problem. In spite of ...
Abstract—Traditionally, scheduled controllers are obtained by interpolation of a bank of linear feed...
The problem of parametrizing all stabilizing controllers for general linear fractional transformatio...
The problem of parametrizing all stabilizing controllers for general linear fractional transformatio...
This paper is concerned with the robust gain-scheduling output feedback control problem for a class ...
This paper is concerned with the robust gain-scheduling output feedback control problem for a class ...
This paper deals with the design of gain-scheduled filters, whose state-space realization depends on...
This paper focuses on quadratic performance analysis and output feedback gain-scheduling synthesis f...
This paper focuses on quadratic performance analysis and output feedback gain-scheduling synthesis f...