With increasing popularity and use of computer software and innovations, students are now opting to pursue a degree course in different programming languages. One such computer language that has attracted scholars in recent times and garnered immense popularity is MATLAB. If you are also a beginner who is enrolled in an educational program of MATLAB, then take a look at a brief guide to this programming language:
MATLAB or Matrix Laboratory is a complete programming environment and propriety programming language that is developed by MathWorks. We all have seen pie charts and graphs that depict population samples, to analyze this massive amount of data, various techniques are used to create a visual representation, and one of them is MATLAB. It integrates computation and programming in an easy-to-use environment to solve problems and express them in familiar mathematical notation. It allows:
You already read about some of the functions that MATLAB allows its programmers to carry out. Now, our MATLAB assignment help providers have listed a few uses of this programming language in detail:
MATLAB has five main components that have been discussed below:
A high-level matrix/array language that has control flow statements, data structures, input/output, functions, and object-oriented programming features. This enables users to create quick throw-away programs complete large & complicated application programs.
It is the set of tools and facilities that MATLAB users or programmers work with. There are facilities to manage workplace variables and importing/exporting data. It also consists of tools for debugging, developing, profiling M-files and managing MATLAB's applications.
The MATLAB graphics system has high-level commands for two and three-dimensional image processing, data visualization, presentation graphics, and animation. You can also customize the appearance of graphics by using low-level commands and can build complete Graphical User Interfaces.
A collection of computational algorithms comprises elementary functions (sum, cosine, sine, and complex arithmetic) and sophisticated functions (matrix inverse, Bessel functions, matrix eigenvalues, and fast Fourier transforms).
Through this library, you can write FORTRAN and C programs to interact with MATLAB. The facilities include calling MATLAB as a computational engine, calling routines from MATLAB (dynamic linking), reading and writing MAT-files.
We are sure that this blog will give you an insight into MATLAB programming language and help you understand it better. If you have any doubts, then you can go through books and online journals regarding MATLAB.