Question

What is the basic assumption that underlies event-driven modeling:

A.) That the system can be represented as "objects", which are data structures that contain data, in the form of fields, and behavior, in the form of methods.

B.) That the system allows multiple concerns to be expressed separately and automatically unified into working systems.

C.) That the system can be represented as a model with a finite number of discrete states and external and internal events trigger a transition from one state to another.

Answer 1

Event-driven modeling assumes a system can be represented with finite discrete states, and transitions between these states are triggered by internal or external events.

Step-by-step explanation:

The basic assumption that underlies event-driven modeling is C) That the system can be represented as a model with a finite number of discrete states and external and internal events trigger a transition from one state to another. This concept is built upon the definition of a model as a simplified representation of a real-world system, allowing us to understand and predict the behavior of systems.

Event-driven modeling is particularly useful in computer science and engineering, where systems are often complex and interact with a variety of inputs. In this context, a system is considered as an entity that can occupy distinct states, and events (either from within the system or from its environment) can cause transitions from one state to another. These models help in analyzing how a system reacts to different events, making them essential tools for designing reactive and responsive systems.