Titlebook: Linear-Quadratic Controls in Risk-Averse Decision Making; Performance-Measure Khanh D. Pham Book 2013 Khanh D. Pham 2013 Mayer problem.chi

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Performance Risk Management in Servo Systems, respect to variability in a stochastic environment. The dynamics of servo systems are corrupted by a standard stationary Wiener process and include input functions that are controlled by statistical optimal controllers. Basic assumptions are that the controllers have access to the current value of

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Risk-Averse Control Problems in Model-Following Systems,rformance information with higher-order performance-measure statistics can improve control decisions for closed-loop system performance reliability but the controller design can also be computationally involved. Many of the results entail measures of the amount, value, and cost of performance inform

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Incomplete Feedback Design in Model-Following Systems,t is shown that performance information can improve control decisions with only available output measurements for system performance reliability. Many of the results entail measures of the amount, value, and cost of performance information, and the design of model-following control strategy with ris

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al problems are constrained. It is also a theoretically challenging subject since a great deal of intractable problems (NP-hard, NP-complete, etc.) are constrained. The presence of constraints has the effect that not all possible combinations of variable values represent valid solutions to the probl

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