MATLAB is a high-performance programming language for technical computing. It is used for matrix manipulation, plotting of graphs, implementation of algorithms, data analysis, and numerical simulation. MATLAB was originally developed to provide easy access to LINPACK and EISPACK software for matrix computation. It has various applications in fields like signal processing, image processing, control systems, and computational finance. Some key advantages of MATLAB include its use of matrices as basic data elements, vectorization of operations, optimized graphical output, and expandability through toolboxes. However, it also has disadvantages like high memory usage and difficulty in real-time applications due to the Windows environment.

1. WELCOME TO
MATLAB
PROGRAM

2. Introduction
of MATLAB:
MATLABisahigh-performancelanguagefor technicalcomputing.Itintegratescomputation,visualization,and
programminginaneasy-to-easyenvironmentwhereproblemsandsolutionsareexpressed infamiliarmathematic
notation.
ThenameMATLAB standsformatrixlaboratory.
MATLABwasoriginallywrittentoprovideeasyaccesstomatrixsoftware developedbytheLINPACKandEISPACK
projects,whichtogetherrepresent thestate-of-the-artinsoftware formatrixcomputation.
MATLABisthetoolof choiceforhigh-productivityresearch,developmentandanalysis.
Anditsstartedasasimple“matrixlaboratory.”threemen,J.HWILKINSON,GEORGEFORSYTHE,ANDJOHNTODD,played
importantrolesintheoriginsofMATLAB.

3. MATLAB's Power of Computational Mathematics
MATLAB is used in every facet of computational mathematics. Following are some
commonly used mathematical calculations where it is used most commonly −
Dealing with Matrices and Arrays
2-D and 3-D Plotting and graphics
Linear Algebra
Algebraic Equations
Non-linear Functions
Statistics
Data Analysis
Calculus and Differential Equations
Numerical Calculations
Integration
Transforms
Curve Fitting
Various other special functions

4. MATLAB is widely used as a computational tool in science
and engineering encompassing the fields of physics,
chemistry, math and all engineering streams. It is used in
a range of applications including −
Signal Processing and Communications
Image and Video Processing
Control Systems
Test and Measurement
Computational Finance
Computational Biology
Uses of MATLAB

5. • Its basic data element is the matrix. A simple integer is considered an matrix of one row and
one column.
Several mathematical operations that work on arrays or matrices are built -in to the Matlab
environment.
For example, cross-products, dot-products, determinants, inverse matrices.
• Vectorized operations. Adding two arrays together needs only one command, instead of a for or
while loop.
• The graphical output is optimized for interaction.
You can plot your data very easily, and then change colors, sizes, scales, etc, by using the
graphical interactive tools.
• Matlab’s functionality can be greatly expanded by the addition of toolboxes.
These are sets of specific functions that provided more specialized functionality.
Ex: Excel link allows data to be written in a format recognized by Excel, Statistics Toolbox allows
more specialized statistical manipulation of data (Anova, Basic Fits, etc)
MATLAB has several advantages over other methods or languages:

6. There are also disadvantages:
•It uses a large amount of memory and on slow computers it is very hard to use.
•It sits “on top” of Windows, getting as much CPU time as Windows allows it to have. This makes real -time
applications very complicated.

7. THANK YOU