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Adaptive State-Feedback Controller
2019In this chapter, we present the book’s first adaptive stabilizing controllers for \( 2 \times 2 \) systems. These are state-feedback solutions requiring full state measurements. The first result on adaptive control of \( 2 \times 2 \) systems is given in the back-to-back papers Anfinsen and Aamo (2016a, b), for a system in the form ( 7.1), but with ...
Henrik Anfinsen, Ole Morten Aamo
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Feedback control for clinicians
Journal of Clinical Monitoring and Computing, 2013Although feedback control and automation has revolutionized many fields of human activity, it has yet to have a significant impact on healthcare, particularly when a patient is in the loop. Although there have been a number of studies concerned with closed-loop control of anesthesia, they have yet to have an impact on clinical practice.
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Feedback control in anaesthesia
International journal of clinical monitoring and computing, 1997This review considers the some of the methods of automatic control which are usable in medicine. The features of each type of control system are explained and the advantages and disadvantages summarised. The author has attempted to maintain a balance between what is possible with the excellence of modern engineering, and what is feasible in the ...
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Adaptive-feedback control algorithm
Physical Review E, 2006This paper is motivated by giving the detailed proofs and some interesting remarks on the results the author obtained in a series of papers [Phys. Rev. Lett. 93, 214101 (2004); Phys. Rev. E 71, 037203 (2005); 69, 067201 (2004)], where an adaptive-feedback algorithm was proposed to effectively stabilize and synchronize chaotic systems.
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Controllability Subspaces and Feedback Simulation
SIAM Journal on Control and Optimization, 1975The concepts of input chain and controllability chain are introduced, and the structure of controllability subspaces of a linear system is investigated. It is shown that the input and controllability chains are the fundamental feedback invariants of a linear system.The feedback simulation problem (a generalization of the feedback equivalence problem ...
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2014
This chapter collects a variety of feedback control design methods, including eigenstructure assignment, robust and optimal control as well as a linear parameter-varying design concept and fixed-order optimization approaches to feedback control design.
A. Schirrer +3 more
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This chapter collects a variety of feedback control design methods, including eigenstructure assignment, robust and optimal control as well as a linear parameter-varying design concept and fixed-order optimization approaches to feedback control design.
A. Schirrer +3 more
openaire +1 more source