Order and chaos in the principles of systems thinking.
Definition of system, types of systems, Checkland and Boulding taxonomy of
systems.
Systematization of system science, the basic concepts of systems theory.
Understanding the definition of the objective reality.
Graphical representation of the system and its components, the importance of block diagrams.
Basic notions of graph theory to show the structure of the system.
Modeling systems, basic properties of models.
Dynamics systems - types of system behavior, the behavior of mathematical expression
systems, practical examples, static and dynamic characteristics.
System view of the dynamic behavior of systems, Forresters models.
Control Systems - Control and manage the system, the basic types of proceedings.
Control and regulation, control circuit, practical examples, explanations
controller design concept and control system.
Basic information about the transmission operators, and Laplace transform
its importance.
Algebra of block diagrams.
Definition of system, types of systems, Checkland and Boulding taxonomy of
systems.
Systematization of system science, the basic concepts of systems theory.
Understanding the definition of the objective reality.
Graphical representation of the system and its components, the importance of block diagrams.
Basic notions of graph theory to show the structure of the system.
Modeling systems, basic properties of models.
Dynamics systems - types of system behavior, the behavior of mathematical expression
systems, practical examples, static and dynamic characteristics.
System view of the dynamic behavior of systems, Forresters models.
Control Systems - Control and manage the system, the basic types of proceedings.
Control and regulation, control circuit, practical examples, explanations
controller design concept and control system.
Basic information about the transmission operators, and Laplace transform
its importance.
Algebra of block diagrams.