MATLAB

 Module 01: MATLAB Course Contents

  • matlab

    Introduction to MATLAB

  • Historical Background
  • Applications
  • Scope of MATLAB
  • Importance to Engineers
  • Features
  • MATLAB Windows (Editor, Work space, Command history, Command Window)
  • Operations with variables
  • Naming and Checking Existence
  • Clearing Operations

Module 02: Data and data flow in MATLAB

  • Matrix Operations & Operators
  • Reshaping Matrices
  • Importing Exporting Of Data
  • Arrays
  • Data types
  • File Input-Output

Module 03: Editing and debugging M Files

  • Writing script files
  • writing functions
  • Error Correction
  • M-Lint Automatic Code Analyzer
  • Saving files

tcpip_transfer_01Module 04: Programming

  • Flow control
  • Conditional Statements
  • Error Handling
  • Work with multidimensional array
  • Cell Array & Characters
  • Developing user defined function
  • Scripts and other Functions
  • Basic Technical Level Computing with MATLAB

Module 05: MATLAB Graphics

  • Simple graphics
  • Graphic Types
  • Plotting functions
  • Creating plot &Editing plot (2D and 3D)
  • Graphics Handles
  • GUI (Graphical User Interface)

Module 06: Simulink

  • Introduction
  • Importance
  • Model Based Design
  • Tools
  • Mathematical Modeling
  • Converting Mathematical Model into Simulink Model
  • Running Simulink Models
  • Importing Exporting Data
  • Solver Configuration
  • Masking Block/Model
  • Basic Technical Level Computing with MATLAB

Module 07: Control System Toolbox

  • General instructions
  • Create linear models
  • Classes of Control System Toolbox
  • Discussion on state space representation
  • Transfer function
  • System gain and dynamics
  • Time & Frequency domain analysis
  • Classical design, State Space Model
  • Transfer function representation, System response
  • LTI viewer detail and explanation about LTI viewer
  • Designing of compensator
  • Use of SISO design

Module 08: Fuzzy Logic Toolbox

  • Basic introduction to fuzzy logic
  • Fuzzy Versus Non-fuzzy Logic
  • Foundations of Fuzzy Logic
  • Fuzzy Inference Systems
  • Building Systems with Fuzzy Logic Toolbox Software
  • Building Fuzzy Inference Systems Using Custom Functions
  • Working from the Command Line
  • Working in Simulink Environment
  • Simulating Fuzzy Inference Systems Using the Fuzzy Inference Engine

Module 09: Introduction to MATLAB Arduino Tool

  • Introduction to Arduino Boards and Shields
  • Arduino IDE Introduction
  • Programming in Arduino
  • Arduino Interfacing With MATLAB

Module 10: Peripheral Interfacing with MATLAB Arduino

  • Led Interfacing
  • 7 Segment Interfacing
  • DC motor Interfacing
  • Stepper motor Interfacing

Module 11: Introduction to Simulink Arduino Tool Library

  • Arduino Interfacing With Simulink
  • Standalone Application Development Using Simulink

Module 12: Projects on Interfacing between Arduino, MATLAB and Simulink

6 Weeks Based Projects List in Matlab Technologies

  • Image Compression using Matlab GUI
  • DC Motor Modelling using Matlab Simulink
  • DC Motor Speed Control using Matlab Simulink
  • Inverted Pendulum Modelling using Simulink
  • Image Vehicle Plate Detection System using GUI
  • Maximum Power point tracking system using Solar PV module in Simpowersystem
  • Power factor correction using single phase AC-DC Converter
  • DC-DC Converter using MATLAB Simulink
  • AC-DC Converters using MATLAB Simulink
  • P, PI, PD, PID Controller designing in MATLAB Simulink
  • Solar Module Design in MATLAB Simulink.
  • Wind farm in MATLAB Simulink
  • Integration of solar and wind farm in MATLAB Simulink.
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