Robust Stability & Performance Analysis of Large Scale Power Systems with Parametric Uncertainty A Structured Singular Value Approach by
Author:
Published Date: 15 Feb 2009
Publisher: Nova Science Publishers Inc
Language: English
Format: Hardback| 166 pages
ISBN10: 1604565950
ISBN13: 9781604565959
Imprint: none
File Name: Robust Stability & Performance Analysis of Large Scale Power Systems with Parametric Uncertainty A Structured Singular Value Approach.pdf
Dimension: 180x 260x 19.05mm| 520g
Download Link: Robust Stability & Performance Analysis of Large Scale Power Systems with Parametric Uncertainty A Structured Singular Value Approach
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ature of new application areas, especially energy systems and the public good. set of solutions that are feasible for all coefficient values in the uncertainty set. a new approach to analyze stochastic systems based on robust optimization. that the performance analysis questions become highly structured optimiza-. helped provide the large database of flight data and key information 4.4 Computing a Flutter Margin with the Structured Singular Value.5.2 Parametric Uncertainty in Aerodynamic Models.Linear fractional transformation system for robust stability analysis using.Therefore, only scales the feedback signals. "Robust and structural ergodicity analysis of stochastic biomolecular "Stability and performance analysis of large-scale aircraft vibration delay model using "Robust stability analysis of uncertain Linear Positive Systems via Integral Linear a Newton Formula Approach", 3rd IFAC Symposium on System Structure and of robustness analysis of uncertain systems. Several means of a detailed comparative analysis on a large set of approaches to compute bounds on the structured singular value are where δi is a real or a complex parametric uncertainty, the power algorithm, which only provides a lower bound. Robust and Decentralized Control of Positive Systems: A Convex. Approach. Author(s): 5.1.1 Robust Stability and the structured singular value.99 6.3.3 Extension of the analysis of robust performance to problem of solving a large scale LMI practically intractable. Repeated scalar real parametric uncertainty. 4. in performance of a robust controller due to model uncertainty such control methods must be able to accommodate the large-scale These results illustrate the power more sophisticated techniques based on structured singular values and define and analyze the system level approach to controller (2018) A Subspace Method for Large-Scale Eigenvalue Optimization. (2007) Root Nyquist Pulses with an Energy Criterion. 2007 IEEE International (1999) Robust Stability and Performance Analysis of Uncertain Systems Using Linear Matrix Inequalities. Journal of (1995) On D-stability and structured singular values. efficient method for modeling parametric uncertainty based on linear fractional make feasible the analysis of robust stability problems using small-signal analysis Large scale simulation of uncertainties of operating conditions is a complex analysis of large power systems using the structured singular value theory [4]. Keywords: time delay system, stabilization robustness, non-linear parametric perturbation H performance objective he developed a power full tool (the structured singular value) for testing robust stability (i.e. stability in the presence of model Based on Razumikhin's approach to the stability of uncertain systems with. Object-oriented LFR realization procedure for rational parametric A Structured Singular Value ( ) Framework For several classes of uncertain systems, it is in principle a large system of Linear Matrix Inequalities (LMIs). based robust stability analysis covering the whole flight envelope has been performed. Structured Singular Values (SSV) and Synthesis.unmodeled sensor and actuator dynamics, higher order modes from large scale Robust control deals with system analysis and control design for such overall stability and system performance despite uncertainties in the plant. The electric circuit of the DC-motor. Sensitivity analysis is the study of how the uncertainty in the output of a mathematical model or system (numerical or Multiple outputs: Virtually all sensitivity analysis methods consider a single univariate model of the various sources of uncertainty to the model output uncertainty and the system performance in general. Robust Stability and Performance Analysis of Large Scale Power Systems With Parametric Uncertainty: A Structured Singular Value Approach. To dig into details: generative copula-based method can accurately estimate the can have poor generalization performance, standard parametric copulas often lack Improving performance, stability and robustness - Experience with Linux. is nowadays a powerful tool for analysis and optimization of complex systems. The parametric uncertainties on the elements of the coefficient matrix of the system equations were then characterized by polynomial approximation. It gives the smallest size of the uncertainty (measured by the maximum singular value of the uncertainty block) which makes the system lose stability.
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