MATLAB is a numerical computing environment that combines the power of a full-fledged scientific computing environment with a wide variety of mathematical functions. It can be used for scientific computation and engineering applications in chemistry, physics, biology, and other disciplines.
Simulink is a high-level environment for modeling and simulating the behavior of multidomain systems. It can model a wide variety of applications, from computers to automobiles. The Simulink environment enables a designer to create models with their own domain knowledge and immediately start designing them at a fraction of the time required by traditional models.
A mathematical model is a logical representation of an issue, object or relationship. This is not the same as an algorithm. Algorithms are specific rules for solving problems. A mathematical model, on the other hand, describes the process of finding solutions to problems by identifying patterns in data that can then be used to solve similar problems in future situations.
1. Specify the Problem
2. Set up a metaphor
3. Formulate Mathematical Model
4. Solve Mathematical Model
5. Interpret Solution
6. Compare with Reality
7. Use Model to Explain, Predict, Decide, Design
Simulink is a MATLAB add-on application written by the Simulink team to offer a graphical environment for simulating and analyzing dynamic systems. We all know that making a virtual prototype can be a time consuming and tedious job. The use of virtual prototypes can help reduce the time and effort required for making prototypes.
Simulink is a highly customizable MATLAB-based software suite designed for simulating and analyzing physical and life sciences. With Simulink, it is now possible to quickly and effectively model the biological and physical sciences using block diagrams in a graphical user interface. It offers extensive functionality within an easy-to-use graphical environment with easy integration into existing models.
