This final technical report covers a three and one-half year period preceding February 28, 1993 during which support was provided under NASA Grant NAG-1-1065. Following a general description of the system identification problem and a brief survey of methods to attack it, the basic ideas behind the approach taken in this research effort are presented. The results obtained are described with reference to the published work, including the five semiannual progress reports previously submitted and two interim technical reports
Identification criteria are presented for linear dynamic systems with and without process noise. Wit...
A nonparametric identification method for highly nonlinear systems is presented that is able to reco...
A nonparametric identification method for highly nonlinear systems is presented that is able to reco...
Parameter identification for nonlinear aerodynamic systems is examined. It is presumed that the unde...
Work continues on frequency analysis for transfer function identification, both with respect to the ...
Continuing work on frequency analysis for transfer function identification is discussed. A new study...
Analytical development and computerized simulation of parameter estimation technique for identifying...
A technique for robust identification of nonlinear dynamic systems is developed and illustrated usin...
Parameter estimation algorithms are developed in the frequency domain for systems modeled by input/o...
Algorithm for identification of system parameters from input-output data with application to air veh...
System identification techniques are routinely used in experimental stability and control studies th...
Modeling and system identification pay a very significant role in the present day analysis of comple...
Nonlinear systems for matching input-output of mathematical model to physical syste
The fundamental challenge in identification of nonlinear dynamic systems is determining the appropri...
A concept of system identification applied to high performance aircraft is introduced followed by a ...
Identification criteria are presented for linear dynamic systems with and without process noise. Wit...
A nonparametric identification method for highly nonlinear systems is presented that is able to reco...
A nonparametric identification method for highly nonlinear systems is presented that is able to reco...
Parameter identification for nonlinear aerodynamic systems is examined. It is presumed that the unde...
Work continues on frequency analysis for transfer function identification, both with respect to the ...
Continuing work on frequency analysis for transfer function identification is discussed. A new study...
Analytical development and computerized simulation of parameter estimation technique for identifying...
A technique for robust identification of nonlinear dynamic systems is developed and illustrated usin...
Parameter estimation algorithms are developed in the frequency domain for systems modeled by input/o...
Algorithm for identification of system parameters from input-output data with application to air veh...
System identification techniques are routinely used in experimental stability and control studies th...
Modeling and system identification pay a very significant role in the present day analysis of comple...
Nonlinear systems for matching input-output of mathematical model to physical syste
The fundamental challenge in identification of nonlinear dynamic systems is determining the appropri...
A concept of system identification applied to high performance aircraft is introduced followed by a ...
Identification criteria are presented for linear dynamic systems with and without process noise. Wit...
A nonparametric identification method for highly nonlinear systems is presented that is able to reco...
A nonparametric identification method for highly nonlinear systems is presented that is able to reco...