Overview
ABSTRACT
Frequency analysis provides the engineer with an overall view of the behavior of a dynamic system. It is of great interest when estimating the degree of stability of the system and its performance vis-à-vis disturbance rejection, that is to say its ability to mitigate certain elements in a frequency band. This article is dedicated exclusively to the frequency analysis of linear systems in continuous time.
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Read the articleAUTHORS
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John J. MARTINEZ MOLINA : Teacher-researcher at ENSE3 in the GRENOBLE-INP group (researcher at GIPSA-lab, Automatic Control Department)
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Gabriel BUCHE : Engineer, GIPSA-lab Laboratory, Automation Department
INTRODUCTION
Frequency analysis gives the engineer a global view of the behavior of a dynamic system. It is of great interest in estimating the system's degree of stability and its performance in terms of disturbance rejection, i.e. its ability to attenuate certain disturbances within a given frequency band.
This article is devoted exclusively to the frequency analysis of linear systems in continuous time.
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Frequency analysis of continuous systems
Preliminaries
Bibliography
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