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Experimentelle Identifikation und rechnergestützter Regler‐Entwurf bei technischen Prozessen
Experimental identification and computer‐aided control design in technical processes. The transient behaviour of complex processes, such as frequently occur in process engineering, is often known only inadequately, since theoretical (physical) model formation is extremely difficult owing to insufficient knowledge of internal processes. If satisfactory quality of control is to be achieved, then a viable approach is experimental model construction (identification) on the basis of a mathematical process model. Modern computer‐aided identification procedures and computer‐aided control design procedures based thereon or self‐adjusting controls give particularly good results. Furthermore, the design time required is greatly reduced, meaning that computer use can also contribute to considerable saving of costs.
Experimentelle Identifikation und rechnergestützter Regler‐Entwurf bei technischen Prozessen
Experimental identification and computer‐aided control design in technical processes. The transient behaviour of complex processes, such as frequently occur in process engineering, is often known only inadequately, since theoretical (physical) model formation is extremely difficult owing to insufficient knowledge of internal processes. If satisfactory quality of control is to be achieved, then a viable approach is experimental model construction (identification) on the basis of a mathematical process model. Modern computer‐aided identification procedures and computer‐aided control design procedures based thereon or self‐adjusting controls give particularly good results. Furthermore, the design time required is greatly reduced, meaning that computer use can also contribute to considerable saving of costs.
Experimentelle Identifikation und rechnergestützter Regler‐Entwurf bei technischen Prozessen
Hensel, Hartmut (Autor:in) / Isermann, Rolf (Autor:in) / Schmidt‐Mende, Peter (Autor:in)
Chemie Ingenieur Technik ; 58 ; 875-887
01.01.1986
13 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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