International audienceThis paper introduces a set of estimators for a wide class of multiplexed signal. The signals of interest are decomposed on independent periodic signals with a shared frequency. This latter set of signals is as general as possible; that is, not necessarily orthogonal or sinusoidal. By an adequate linear combination of low-pass filters, we extract each of the components of the multiplexed signal with an arbitrary accuracy. Applications of this demodulation procedure include sensorless control of electrical machines using signal injection with the extraction of the ripple
A general, frequency modulated (GFM) signal characterizes the vibrations produced by compressors, tu...
A general, frequency modulated (GFM) signal characterizes the vibrations produced by compressors, tu...
The increasing use of power electronics in power systems causes a high injection of harmonic compone...
International audienceWe propose a procedure to demodulate analog signals encoded by a multicarrier ...
This paper discusses and presents a different perspective for classifying single and multiple distur...
The demodulation technique of two complex signals is used to estimate the power system local frequen...
Amplitude demodulation is a classical operation used in signal processing. For a long time, its effe...
Estimating the fundamental frequency and harmonic parameters is basic for signal modeling in a power...
The goal of our research is development and study of different demodulation techniques for a frequen...
The paper deals with the estimation of amplitude and phase of an analogue multi-harmonic band-limite...
International audienceIn this paper we introduce a general class of problems originating from gearbo...
International audienceIn this paper we introduce a general class of problems originating from gearbo...
The increasing use of power electronics in power systems causes a high injection of harmonic compone...
The increasing use of power electronics in power systems causes a high injection of harmonic compone...
The increasing use of power electronics in power systems causes a high injection of harmonic compone...
A general, frequency modulated (GFM) signal characterizes the vibrations produced by compressors, tu...
A general, frequency modulated (GFM) signal characterizes the vibrations produced by compressors, tu...
The increasing use of power electronics in power systems causes a high injection of harmonic compone...
International audienceWe propose a procedure to demodulate analog signals encoded by a multicarrier ...
This paper discusses and presents a different perspective for classifying single and multiple distur...
The demodulation technique of two complex signals is used to estimate the power system local frequen...
Amplitude demodulation is a classical operation used in signal processing. For a long time, its effe...
Estimating the fundamental frequency and harmonic parameters is basic for signal modeling in a power...
The goal of our research is development and study of different demodulation techniques for a frequen...
The paper deals with the estimation of amplitude and phase of an analogue multi-harmonic band-limite...
International audienceIn this paper we introduce a general class of problems originating from gearbo...
International audienceIn this paper we introduce a general class of problems originating from gearbo...
The increasing use of power electronics in power systems causes a high injection of harmonic compone...
The increasing use of power electronics in power systems causes a high injection of harmonic compone...
The increasing use of power electronics in power systems causes a high injection of harmonic compone...
A general, frequency modulated (GFM) signal characterizes the vibrations produced by compressors, tu...
A general, frequency modulated (GFM) signal characterizes the vibrations produced by compressors, tu...
The increasing use of power electronics in power systems causes a high injection of harmonic compone...