Given measured data as estimated frequency responses of a quasi-linear system, there is a variety of system identification methods that identify a state-space model that gives good correlation to the data. Such methods are the N4SID and the PolyMAX methods. Using these methods, a key problem is to select the proper model order. In this work we investigate a method for the automatic detection of proper model order. The method is based on the statistical evaluation of an ensemble of state-space models all identified from the same basic set of frequency response functions, but with different realizations based on a bootstrapping scheme. We apply the method to real test data
In this paper a novel technique for the detection and estimation of nonlinear mode coupling in power...
This paper discusses identification of state-space models from impulse response or initial value exp...
This paper considers system identification in frequency domain where the experimental data is a fini...
Given measured data as estimated frequency responses of a quasi-linear system, there is a variety of...
Given measured data as estimated frequency responses of a quasi-linear system, there is a variety of...
This paper presents a newly developed method for obtaining the modal model with a proper model order...
The estimation of modal parameters from a set of noisy measured data is a highly judgmental task, wi...
International audienceOperational Modal Analysis is widely gaining popularity as a means to perform ...
Abstract: A method for modal parameter identification of a random vibrating system from multi-output...
The estimation of modal parameters from a set of measured data is a highly judgmental task, with use...
In this paper we present a novel non-iterative algorithm for identifying linear time-invariant discr...
Physical system modeling, whether automated or manual, requires a systematic procedure to choose the...
Structural dynamic testing is concerned with the estimation of system properties, including frequenc...
A crucial step when identifying the modal signature of systems using growing order parametric method...
International audienceAn accurate prediction for the response of civil and mechanical engineering st...
In this paper a novel technique for the detection and estimation of nonlinear mode coupling in power...
This paper discusses identification of state-space models from impulse response or initial value exp...
This paper considers system identification in frequency domain where the experimental data is a fini...
Given measured data as estimated frequency responses of a quasi-linear system, there is a variety of...
Given measured data as estimated frequency responses of a quasi-linear system, there is a variety of...
This paper presents a newly developed method for obtaining the modal model with a proper model order...
The estimation of modal parameters from a set of noisy measured data is a highly judgmental task, wi...
International audienceOperational Modal Analysis is widely gaining popularity as a means to perform ...
Abstract: A method for modal parameter identification of a random vibrating system from multi-output...
The estimation of modal parameters from a set of measured data is a highly judgmental task, with use...
In this paper we present a novel non-iterative algorithm for identifying linear time-invariant discr...
Physical system modeling, whether automated or manual, requires a systematic procedure to choose the...
Structural dynamic testing is concerned with the estimation of system properties, including frequenc...
A crucial step when identifying the modal signature of systems using growing order parametric method...
International audienceAn accurate prediction for the response of civil and mechanical engineering st...
In this paper a novel technique for the detection and estimation of nonlinear mode coupling in power...
This paper discusses identification of state-space models from impulse response or initial value exp...
This paper considers system identification in frequency domain where the experimental data is a fini...