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Seite 271
[ 29 ] Van Geer , F. C. , Te Stroet , C. B. M. and Zhou Y. , " Using Kalman Filtering to Improve and Quantify the Uncertainty of Numerical Groundwater Simulations 1 the Role of System Noise and its Calibration " , Water Resources ...
[ 29 ] Van Geer , F. C. , Te Stroet , C. B. M. and Zhou Y. , " Using Kalman Filtering to Improve and Quantify the Uncertainty of Numerical Groundwater Simulations 1 the Role of System Noise and its Calibration " , Water Resources ...
Seite 549
From Eq . ( 9 ) we can quantify the effect of the uncertainties on the closed loop poles . The perturbation of each root under proposed uncertainties can be calculated to a desired degree of accuracy by summing up to a sufficiently ...
From Eq . ( 9 ) we can quantify the effect of the uncertainties on the closed loop poles . The perturbation of each root under proposed uncertainties can be calculated to a desired degree of accuracy by summing up to a sufficiently ...
Seite 551
In this paper , assume the repetitive control system contains three types of uncertainties . They are Type I : the value of the constant term ( 0.74081 ) of the polynomial of the denominator of G , ( s ) is increased by 10 % ( i.e ...
In this paper , assume the repetitive control system contains three types of uncertainties . They are Type I : the value of the constant term ( 0.74081 ) of the polynomial of the denominator of G , ( s ) is increased by 10 % ( i.e ...
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