MATLAB Course

MATLAB is a high-performance language for technical computing. It integrates computation, visualization, and programming in an easy-to-use environment where problems and solutions are expressed in familiar mathematical notation.

MATLAB is a multi-paradigm numerical computing environment and a programming language of the fourth generation. MATLAB, a proprietary programming language developed by MathWorks, enables matrix manipulation, function and data plotting, algorithm implementation, user interface creation and interfacing with programs written in other languages, including C, C++, C #, Java, Fortran and Python.

While MATLAB is primarily intended for numerical computing, the symbolic engine is used by an optional toolbox, allowing access to symbolic computing capabilities. An additional package, Simulink, adds dynamic and embedded systems with graphical multi-domain simulation and model-based design.

MATLAB language is the most important language in calculation and scientific research. Anybody who wants to make accurate and optimal calculations should learn MATLAB so it is crucial for you to learn it. During this course you learn Advanced Features of MATLAB. You also learn how to use MATLAB to write Programs and advanced 2 and 3 Dimensional graphics.

You can write MATLAB programs at the end of this course and each Advanced Features added to it in this course. You can write your own programs and create your 2 and 3 dimensional graphics without any problem after learning Advanced features of the MATLAB programming language.

You will also learn advance features of complex numbers, graphics, and trigonometric functions such as real & complex number image, plot & plot3 functions, and trigonometric inverse functions. By learning them, you can easily and effectively make advanced calculations and solve your problems.

Course Outcome:

• Math and computation
• Algorithm development
• Modeling, simulation, and prototyping
• Data analysis, exploration, and visualization
• Scientific and engineering graphics
• Application development
• Graphical User Interface building

Course Curriculum:

• 1. Introduction to Matlab
•  Alt TextMatlab Interactive Sessions
•  Alt Text Menus and the toolbar
•  Alt Text Computing with Matlab
•  Alt TextScript files and the Editor Debugger
•  Alt Text Matlab Help System
•  Alt Text Programming in Matlab
• 2.Arrays
•  Alt Text Arrays
•  Alt TextMultidimensional Arrays
•  Alt TextElement by Element Operations
•  Alt Text Polynomial Operations Using Arrays
•  Alt Text Cell Arrays
•  Alt Text Structure Arrays
• 3. Functions & Files
•  Alt Text Elementary Mathematical Functions
•  Alt Text User Defined Functions
•  Alt Text Advanced Function Programming
•  Alt Text Working with Data Files
• 4.Programming Techniques
•  Alt Text Program Design and Development
•  Alt TextRelational Operators and Logical Variables
•  Alt Text Logical Operators and Functions
•  Alt Text Conditional Statements
•  Alt TextLoops
•  Alt TextThe Switch Structure
•  Alt Text Debugging MatLab Programs
• 5. Plotting
•  Alt Text XY- plotting functions
•  Alt Text Subplots and Overlay plots
•  Alt TextSpecial Plot types
•  Alt Text Interactive plotting
•  Alt Text Function Discovery
•  Alt TextRegression
•  Alt Text 3-D plots
• 6.Linear Algebraic Equations
•  Alt Text Elementary Solution Methods
•  Alt Text Matrix Methods for (LE)
•  Alt TextCramer’s Method
•  Alt Text Undetermined Systems
•  Alt TextOrder Systems
• 7.Probability and Statistics
•  Alt TextInterpolation
•  Alt Text Statistics, Histogram and probability
•  Alt Text The Normal Distribution
•  Alt Text. Random number Generation
•  Alt TextInterpolation
• 8.Symbolic Processing With Matlab
•  Alt TextSymbolic Expressions and Algebra
•  Alt TextAlgebraic and Transcendental Equations
•  Alt TextCalculus
•  Alt TextSymbolic Linear Algebra
• 9. Image Processing
•  Alt TextVector Graphics
•  Alt Text. Morphological Image Processing
•  Alt Text Filtering
• 10. Basic Design in Simulink
• 11.Sample Programs in Simulink
• 12.Image Processing Toolbox
• 13.Control System Toolbox
• 14.Interfacing hardware with Simulink