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Aplication of matlab for textile ingeneers education
Salačová, J. ; Lédl, Vít
Students are prepared in the frame of MSc. studies in such a way that they can solve the most demanding tasks in the studying subject as textile quality management, textile testing, textile marketing, methods of thermal analysis or data exploratory analysis. Named subjects are requiring solving of complex mathematic tasks or evaluation of measured data. Student are supposed to be able to research properties of textile structures and textile materials. With upcoming innovation in textile material engineering (such as nanofibres, nanotechnology, new types of the technical textile, intelligent textile) there is necessary improvement in the education process. Innovation is focused on extended use of MATLAB for automatic defectoscopy and generally on textile evaluation. It is connected mainly to semiautomatic processing of measured dat, the possibilities the data visualization, searching of textile structures defects, defects classification or selected tasks of analytic geometry.
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Simulation of control of systems with disctributed paramters in Simulink
Anderle, M. ; Augusta, Petr ; Rehák, Branislav
The control of distributed-parameter systems has always been a very active topic with applications in many areas. Also the last few years, in particular, have seen developments in associated technology which have a direct impact on actual implementation. In particular, there have been massive developments in the design and implementation of very high quality sensors and actuators and also the associated costs are dropping. As a result, it is now feasible to consider using arrays of sensors and actuators in the control of spatially distributed systems. To make development of new methods easier, a new Simulink block was made representing a plant and a controller. During simulation other Simulink blocks, e.g., Random number, input signals, etc. can be used.
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