This is an important principle of social system behavior.

The possibilities of changing system behavior by means of feedback control can then be studied.

Option: Allows various gameplay and minor system behaviors to be changed.

The second source of abnormal system behavior: slips and mistakes, is typically done by human error analysis.

Figure 3 shows the system behavior, calculated using the power-electronics circuit simulator.

The behavioral model: states that system behavior can be described in three ways: Functions, dynamics and relationships.

They represent the system behavior as an executable integrated whole.

These state transition diagrams use distinct states to define system behavior and changes.

Each class is representing a certain system behavior and can therefore serve as a test case.

They are used to express system behavior over time, depicting the actions performed by the agents.