Theory of the automatic and optimal control, mathematic modelling and simulation.
Technical resources of automated control systems in industrial processes. Demands on the projection and simulation.
Types and forms of signals and their transmission. Sensors.
Transmission and adjustment of informations.
Unification of signals. A/D inverters, multiplexors.
Application of control computers in industrial processes.
Characteristic equation of the controlling system.
Standard types of regulation functions. Global methods of the adjusting, relative absorbing.
Stability of the controlling system.
Discrete controllers, regulators with optimized structure.
Direct and indirect proceedings in technological processes.
Modelling and simlulation of crystallization processes.
Optimizing of properties of metals and their alloys.
Production and application database systems for simulation of manufacturing.
Application of material software in education and research (programs HSC, TAPP, MAT.DB, prediction of properties).
Technical resources of automated control systems in industrial processes. Demands on the projection and simulation.
Types and forms of signals and their transmission. Sensors.
Transmission and adjustment of informations.
Unification of signals. A/D inverters, multiplexors.
Application of control computers in industrial processes.
Characteristic equation of the controlling system.
Standard types of regulation functions. Global methods of the adjusting, relative absorbing.
Stability of the controlling system.
Discrete controllers, regulators with optimized structure.
Direct and indirect proceedings in technological processes.
Modelling and simlulation of crystallization processes.
Optimizing of properties of metals and their alloys.
Production and application database systems for simulation of manufacturing.
Application of material software in education and research (programs HSC, TAPP, MAT.DB, prediction of properties).