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Linear Quadratic

Automotive engine control : a linear quadratic approach

Automotive engine control : a linear quadratic approach

... This appendix presents a discrete time dynamic programming solution to the discrete time linear quadratic tracking problem presented in Chapter III.. This corresponds to [r] ...

212

Geographic environmental Kuznets curves: The optimal growth linear-quadratic case

Geographic environmental Kuznets curves: The optimal growth linear-quadratic case

... the linear-quadratic structure of the problem and the tools of infinite dimensional optimal control theory to explicitly compute the value function, the optimal con- trol/state trajectories and the long-run ...

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Bayesian source separation of linear-quadratic and linear mixtures through a MCMC method

Bayesian source separation of linear-quadratic and linear mixtures through a MCMC method

... Unfortunately, BSS becomes more involved in its nonlin- ear extension [2]. For example, due to the degree of flex- ibility in a nonlinear model, the application of ICA does not guarantee source separation, that is, one ...

7

Linear-quadratic stochastic delayed control and deep learning resolution

Linear-quadratic stochastic delayed control and deep learning resolution

... Main contributions. Our goal is to shed some lights on the difficulty related to de- layed control on the volatility and to provide a practical and simple tool for designing a numerical scheme practitioners can play ...

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Tuning of AC voltage-controlled VSC based Linear Quadratic Regulation

Tuning of AC voltage-controlled VSC based Linear Quadratic Regulation

... based linear quadratic regulation (LQR) in order to ensure a stable operation and to get a better AC voltage transient and good decoupling between reactive and active ...

7

Successive Nonnegative Projection Algorithm for Linear Quadratic Mixtures

Successive Nonnegative Projection Algorithm for Linear Quadratic Mixtures

... usual linear model and focusing on a Linear-Quadratic (LQ) ...for Linear Quadratic mixtures (SNPALQ), extends the Successive Nonnegative Projection Algorithm (SNPA), designed to address ...

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Perturbation of Linear Quadratic Systems with Jump Parameters and Hybrid Controls

Perturbation of Linear Quadratic Systems with Jump Parameters and Hybrid Controls

... Perturbation of Linear Quadratic Systems with Jump Parameters and Hybrid Controls Rachid El Azouzi — Mohammed Abbad — Eitan Altman.. apport de recherche..[r] ...

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Thompson Sampling for Linear-Quadratic Control Problems

Thompson Sampling for Linear-Quadratic Control Problems

... the linear quadratic (LQ) control problems, where the state transition is linear and the cost function is quadratic in the state and the ...a linear function of the state with an ...

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Perturbation of Multivariable Linear Quadratic Systems with Jump Parameters and Hybrid Controls

Perturbation of Multivariable Linear Quadratic Systems with Jump Parameters and Hybrid Controls

... Perturbation of Multivariable Linear Quadratic Systems with Jump Parameters and Hybrid Controls Rachid El Azouzi — Mohammed Abbad — Eitan Altman.. apport de recherche..[r] ...

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Linear--Quadratic  control for a class of stochastic Volterra equations: solvability and  approximation

Linear--Quadratic control for a class of stochastic Volterra equations: solvability and approximation

... of LinearQuadratic control problems for a class of stochastic Volterra equations of convolution type, whose kernels are Laplace transforms of certain signed matrix measures which are not necessarily ...of ...

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Active control of tensegrity structures and its applications using Linear Quadratic Regulator algorithms

Active control of tensegrity structures and its applications using Linear Quadratic Regulator algorithms

... From there, the Linear Quadratic Regulator (LQR) algorithm is introduced as a possible method to be used in designing active control. A planar tensegrity beam is descr[r] ...

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Linear quadratic optimal control of conditional McKean-Vlasov equation with random coefficients and applications *

Linear quadratic optimal control of conditional McKean-Vlasov equation with random coefficients and applications *

... of linear quadratic optimal control, which provides a typical case for solvable applications, has been studied in several papers, among them [24], [39], [25], [35], where the coefficients are assumed to be ...

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Bayesian Source Separation of Linear and Linear-quadratic Mixtures Using Truncated Priors

Bayesian Source Separation of Linear and Linear-quadratic Mixtures Using Truncated Priors

... Received: date / Accepted: date Abstract In this work, we propose a Bayesian source separation method of linear- quadratic (LQ) and linear mixtures. Since our method relies on truncated prior dis- ...

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SELECTION OF EQUILIBRIA IN A LINEAR QUADRATIC MEAN-FIELD GAME

SELECTION OF EQUILIBRIA IN A LINEAR QUADRATIC MEAN-FIELD GAME

... the linear-quadratic model (including linear-quadratic coefficients with respect to the mean of the population) introduced by Carmona, Fouque and Sun [12] for another example involving a ...

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Successive Nonnegative Projection Algorithm for Linear Quadratic Mixtures

Successive Nonnegative Projection Algorithm for Linear Quadratic Mixtures

... Therefore, if two endmembers wi and wj for i 6= j are extracted during the iterative process of SNPALQ, the contri- bution of the virtual endmember wi wj is removed. Beyond the advantage that wi wj will not be extracted ...

6

Linear Quadratic Zero-Sum Two-Person Differential Games

Linear Quadratic Zero-Sum Two-Person Differential Games

... Abstract As in optimal control theory, linear quadratic (LQ) differential games (DG) can be solved, even in high dimension, via a Riccati equation. However, contrary to the control case, existence of the ...

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Inverse Optimal Control Problem: The Linear-Quadratic Case

Inverse Optimal Control Problem: The Linear-Quadratic Case

... the linear-quadratic case Fr´ed´eric Jean and Sofya Maslovskaya Abstract— A common assumption in physiology about human motion is that the realized movements are done in an optimal ...horizon ...

7

Control of a dual inverted pendulum system using linear-quadratic and H-infinity methods

Control of a dual inverted pendulum system using linear-quadratic and H-infinity methods

... comparisons indicate that the closed-loop systems have satisfactory transient responses (not always the case for the H_ designs), stability robustness, and bandwidth, [r] ...

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Closed-loop structural stability for linear-quadratic optimal systems

Closed-loop structural stability for linear-quadratic optimal systems

... Such results are valuable because it can be readily appreciated that at least in the single-input-single-output case, modern control theory designs tend to have a good degree of[r] ...

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Quadratic modular symbols on Shimura curves

Quadratic modular symbols on Shimura curves

... L-functions take values in an infinite dimensional p-adic Banach space. In section 1, we present some facts about quaternion algebras and Shi- mura curves; we refer the reader to [1] and [17] for more detailed ...

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