Models are an essential component of simulation.
Before.
A new prototype designed for an automobile braking system on a multi-million dollar aircraft is tested
in the field.
It is commonplace to test drive to separate components and the overall system in a simulated environment
based on some form of model.
The word model is a generic term, referring to a conceptual or physical entity that resembles, mimics,
describes, predicts or conveys information about the behaviour of some process or system.
Physical models are often scaled down versions of a larger system of interconnected components, as
in the case of a model airplane.
In principle, the behaviour of dynamic systems can be explained by mathematical equations which embody
eight her scientific principles or empirical observations or both related to the system.
Modeling is essential to the field of simulation.
Indeed, it is the starting point of any simulation study.
An engineering system may consist of several different physical types of components belonging to such
physical domains as mechanical, electrical fluid and thermal it stem or multi-domain or mixed system.
Following are a few tasks to help you practice the functions of the system control toolbox that have
already been considered here.
Also, control system has been modeled.
The second step is to examine the system properties.
These are the functions of the system control toolbox, which we'll look at in the next section.