Read e-book online Embedded Control System Design: A Model Based Approach PDF

By Alexandru Forrai

Control approach layout is a hard job for working towards engineers. It calls for wisdom of alternative engineering fields, a superb realizing of technical necessities and sturdy communique talents. the present ebook introduces the reader into sensible keep an eye on method layout, bridging the distance among conception and perform. The keep watch over layout recommendations awarded within the publication are all version based., contemplating the wishes and probabilities of practising engineers. Classical keep an eye on layout concepts are reviewed and strategies are provided find out how to ensure the robustness of the design.

It is how the designed regulate set of rules will be carried out in real-time and proven, pleasing assorted safeguard specifications. reliable layout practices and the systematic software program improvement strategy are emphasised within the ebook in response to the wide-spread common IEC61508.

The booklet is especially addressed to practising keep watch over and embedded software program engineers - operating in learn and improvement – in addition to graduate scholars who're confronted with the problem to layout keep watch over structures and enforce them in real-time.

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Additional resources for Embedded Control System Design: A Model Based Approach

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C. Goodwin - Bode Lecture, 1999. Summary: This chapter introduces the reader into embedded control system design The following items are discussed: • • • • requirements and safety requirements for control systems mathematical models for control the main features of control systems performance specification - in time and frequency domain - of control system. 1 Safety Requirements The first and most important item to consider - during control system design is safety. It is required to minimize the risk at least to the accepted (tolerable) risk as shown in Fig.

Using this method global stability can be investigated. The relative stability is normally investigated by analyzing the Nyquist curve see Fig. 24 or the Bode plots (see Fig. 25). To achieve stability the Nyquist curve must be sufficiently far away from the critical point -1. The distance from the critical point can be used as a measure of the degree of stability (this is called relative stability). The Bode plot shows the magnitude and the phase of L(jω) function on ω. Usually, logarithmic scale is chosen for the frequency axis, the magnitude is expressed in decibels and the phase is expressed in degrees (see bode command in Matlab).

17. However, there are disadvantages 40 2 Introduction into Embedded Control System Design such as: the feedback linearization requires exact knowledge of the nonlinearity since exactly cancels the nonlinear terms (is not a very robust scheme). Furthermore, real-time implementation of the feedback linearization law is computationally intensive and might be numerically fragile. Fig. 17 Feedback linearization. Another similar approach, which is used for linearization of nonlinear systems is called backstepping, for details the interested reader should consult [8, 46].

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