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A computer aided design method for linear multirate digital control systems is presented. The design procedure is based on the well known lifting technique and the l1-system norm. It is shown how the standard l1-control system design problem has to be augmented with additional constraints in order to maintain the causality of the controller and to avoid undesired ripples in the system output. Moreover...
A computer aided design method for linear multirate digital control systems is presented in this paper. The design problem is formulated on the infinity norm of signals and the induced l1-system norm. An upper bound for the l1-system norm leading to matrix inequalities is the basis of the design procedure. It is a characteristic feature of the method that the controller is attained by repeatedly solving...
A computer aided design method for linear multirate digital control systems is presented in this paper. The design problem is formulated on the infinity norm of signals and the induced l1-system norm. An upper bound for the l1-system norm leading to matrix inequalities is the basis of the design procedure. It is a characteristic feature of the method that the controller is attained by repeatedly solving...
A computer aided design method for linear multirate digital control systems is presented in this paper. The design problem is formulated on the infinity norm of signals and the induced l1-system norm. An upper bound for the l1-system norm leading to matrix inequalities is the basis of the design procedure. It is a characteristic feature of the method that the controller is attained by repeatedly solving...
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