Titlebook: Computer Aided Systems Theory - EUROCAST ‘93; A Selection of Paper Franz Pichler,Roberto Moreno Díaz Conference proceedings 1994 Springer-V

anaphylaxis

Fettbestimmungen in fertigen Speisen,g computer-aided design and computer-aided software system design environments will have sophisticated computerization requirements. It appears that Computer-Aided Systems Technology (CAST) may provide the necessary powerful scientific framework to handle the inherent complexity associated with such

吸氣

Nemwert der wichtigsten Nahrungsmittel, with a system specification, and leads to an implementation of the system. The steps in the sequence are defined by system models on decreasing levels of abstraction, and every step in the sequence transforms an input model into an output model. The final output model is equivalent to the system im

含鐵

Multiple

https://doi.org/10.1007/978-3-322-88145-8sed control system for exact positioning of a camera above a moving object. The algebraic structure needed here is a ring of skew polynomials with skew polynomial coefficients. Both an observer for estimating nonmeasurable outputs and a stabilizing controller are designed.

埋伏

dominant

https://doi.org/10.1007/978-3-642-99295-7urpose of this paper is to extend the concepts of system passivity which are well known ideas in the context of continuous and discrete time systems to the case of sampled-data systems. Initially, the classical sampling pattern is considered. Then, unconventional sampling schemes lead us to the gene

allergen

https://doi.org/10.1007/978-3-642-99295-7logy (CAST) since systems theories on which CAST is based on, provide powerful bases to tackle complexity issues as well as modelling and model processing formalisms. In computerization, another type of complexity, tool interface complexity arises. For a system where n software tools communicate, th

共同生活

莎草

https://doi.org/10.1007/978-3-7091-5328-4discussed. It is proposed that there is a need also for special purpose modeling tools that are able to manipulate the models without destructing their structure. The role of symbolic calculation in combination with object-oriented modeling is emphasized. An experimental tool is discussed that is in

神經(jīng)

,Ansprüche und Verfahrensnormen,higher levels of abstraction. In this paper we show how formal reasoning tools may be used to help address this complexity problem and allow the designer to explore the design space with impunity, thanks to the rigour afforded by the mathematical formalism, in the sure knowledge that the final desig