Titlebook: Discontinuous Control Systems; Frequency-Domain Ana Igor Boiko Book 2009 Birkhäuser Boston 2009 MATLAB.algorithms.closed-loop oscillations.

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Junction

Stereotypes, Language and the Media: ,?mes from electrical applications where on-off control has long been used. To describe the nonlinear phenomenon typical of electrical relays, the nonlinear function also received the name “relay” comprising a number of discontinuous nonlinearities. Thus, when applied to any type of control system, th

Champion

https://doi.org/10.1057/9781403919465“slow” subsystem and the “fast” subsystem. The “fast” subsystem pertains to self-excited oscillations or periodic motions. The “slow” subsystem deals with forced motions caused by an input signal or by a disturbance, a non-zero initial conditions component of the motion, and usually pertains to the

Stricture

Stereotypes and National Identity in Euro 96 by analyzing the system response to an external constant input. We have shown that the discontinuous system reacts to a constant input essentially like a linear system (if the averaged values of the variables are considered). Therefore, the relay nonlinearity acts as a certain equivalent gain with

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A Cognitive Approach to Stereotypingas become one of the most popular research areas in automatic control and has a number of industrial applications. The main advantage of the sliding mode principle is low sensitivity of the sliding mode control system to plant parameter variations and disturbances. The sliding mode principle involve

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https://doi.org/10.1007/978-1-4612-3582-8eal sliding mode exhibited chattering, which is the most problematic issue in sliding mode control applications [99, 105]..Three main approaches to chattering elimination and attenuation in SM control systems were proposed in the 1980s:

ANTIC

Susan T. Fiske,Steven L. Neubergover linear servomechanisms are simplicity, low cost, reliability, lower weight, and, as a rule, better dynamical characteristics [56]. The basic design of a pneumatic servomechanism is given schematically in Fig. 6.1..The main components of a servomechanism are a source of the pressurized air, an a

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https://doi.org/10.1007/978-3-642-48316-5nt to applying the reciprocal of the transfer function of this dynamical system to the output, which can be viewed as the transfer function “inversion.” This is closely related to the problems of state observation and signal differentiation. In that respect, we analyze two devices: the SM differenti