Found 6 relevant results in 2.83s where lecturer="Walter Schaufelberger"

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Computers in Control Engineering I

Computermethoden der Automatisierungstechnik I

227-0227-00L 2003W , 2004W 4 Credits

The two semester course is essentially a course on software for control. Important aspects of this field are treated: calculations, visualizations, networking, real-time. The basic technologies used are Java, UML and XML. Design patterns and frameworks form the basis of the designs which must be adaptable to the concrete control tasks. Project phases are an important part of the courses.

2003W

Computers in Control Engineering I

Computermethoden der Automatisierungstechnik I

35-227 2002W 4 Credits

The two semester course is essentially a course on software for control. Important aspects of this field are treated: calculations, visualizations, networking, real-time. The basic technologies used are Java, UML and XML. Design patterns and frameworks form the basis of the designs which must be adaptable to the concrete control tasks. Project phases are an important part of the courses.

Computers in Control Engineering II

Computermethoden der Automatisierungstechnik II

227-0228-00L 2004S , 2005S 4 Credits

The course shows a systematic way of using computers for design and implementation of process control systems. A special emphasis will be given to real-time control aspects and graphical user interface design. Participants at the end will be familiar with the software design and development process as seen from the perspective of embedded control engineers.

2004S

Computers in Control Engineering II

Computermethoden der Automatisierungstechnik II

35-228 2003S 4 Credits

The course shows a systematic way of using computers for design and implementation of process control systems. A special emphasis will be given to real-time control aspects and graphical user interface design. Participants at the end will be familiar with the software design and development process as seen from the perspective of embedded control engineers.

Signal and System Theory II

Signal- und Systemtheorie II

227-0046-00L 2004S , 2005S , 2006S , 2007S , 2008S 5 Credits BSC D-ITET

Continuous and discrete time linear system theory, state space methods, frequency domain methods, controllability, observability, stability.

2004S
2005S
2006S
2007S

Signal and System Theory II

Signal- und Systemtheorie II

35-046 2003S 4 Credits

Signals and Systems: linear systems theory, continuous and discrete time, Fourier-, Laplace- and z-transform, sampling theorem, controllability, observability, stability.