Basic concepts of systems theory.
Subsystems and sub-systems hierarchy.
Behaviour of the system, its status and characteristics.
Classification of systems according to various aspects.
Model, identification, modelling and simulation of systems.
Control of systems. - general principle of control, types of control.
Static systems - mathematical description, examples of static systems.
Graph theory - basic concepts, code system description by matrices.
Critical Path Method (CPM).
Dynamic systems - mathematical description, examples of dynamic systems.
Basic dynamic characteristics.
Laplace transformation - basic properties, solution of linear differential equations using Laplace transformation, transfer of continuous functions.
Static and dynamic properties of dynamic of systems.
Classification of systems according to order of linear differential equations.
Logic Systems - fundamentals of Boolean algebra of logic, basic rules of logic functions modelling, minimization of logic functions.
Subsystems and sub-systems hierarchy.
Behaviour of the system, its status and characteristics.
Classification of systems according to various aspects.
Model, identification, modelling and simulation of systems.
Control of systems. - general principle of control, types of control.
Static systems - mathematical description, examples of static systems.
Graph theory - basic concepts, code system description by matrices.
Critical Path Method (CPM).
Dynamic systems - mathematical description, examples of dynamic systems.
Basic dynamic characteristics.
Laplace transformation - basic properties, solution of linear differential equations using Laplace transformation, transfer of continuous functions.
Static and dynamic properties of dynamic of systems.
Classification of systems according to order of linear differential equations.
Logic Systems - fundamentals of Boolean algebra of logic, basic rules of logic functions modelling, minimization of logic functions.