Titlebook: Asynchronous Control for Networked Systems; María Guinaldo Losada,Francisco Rodríguez Rubio,Se Book 2015 Springer International Publishing

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https://doi.org/10.1007/978-3-319-21299-9Asynchronous Control; Distributed Control; Distributed Estimation; Event-based Control; Hybrid Control; L

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Multifractals in the Anderson Transition,s through a communication channel. This chapter gives an introduction to NCSs, explains the main problems, and gives the research trends reported in this book. A brief history of the NCS is the starting point of this chapter. After that, an overview of NCSs and asynchronous systems is provided, incl

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Control of Rational Fractal Sets,oposed structures correspond to two cases frequently used in wireless control systems. The problem of the limit cycles that may appear in this kind of systems is stated, discussing a mathematical framework to analyze their properties, such as the frequency and amplitude of oscillations. In particula

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Identification Control for Julia Sets,nel, we investigate a self-triggered control method based on model of the system at the controller side. The selection of the sampling times is made according to the solution of quadratic programming problems, for which efficient algorithms are available in the literature.

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Control of Rational Fractal Sets, of the plant and a basis controller to compute a sequence of future control actions to compensate the effect of delays and packet dropouts. This sequence is stored into the actuator buffer and is applied synchronously at each sampling time. The system results to be GUUB when some constraints are im