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Matlab Training


MATLAB Course Content(Course Duration: 50 Hours)

 INTRODUCTION TO MATLAB

  • Historical Background
  • Applications
  • Scope of MATLAB
  • Importance of MATLAB for Engineers
  • Features
  • MATLAB Windows(Editor, Work Space, Command History,
  • Command Window)
  • Operations with Variables
  • Naming and Checking Existence
  • Clearing Operations
  • Introduction to Arrays
  • MATLAB File Types

DATA AND DATA FLOW IN MATLAB

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

M FILES

  • Writing Script Files
  • Writing Functions
  • Error Correction

PROGRAMMING

  • Flow Control
  • Conditional Statements
  • Error Handling
  • Work with Multidimensional Array
  • Developing User Defined Function
  • Scripts and Other Functions

MATLAB GRAPHICS

  • Simple Graphics.
  • GraphiTyc pes.
  • Plotting Functions.
  • Creating Plot & Editing Plot (2D and 3D).

DSP (DIGITAL SIGNAL PROCESSING) (For ECE and EEE)

  • To study about the basic application of DSP.
  • To write program for modulation and Demodulation.
  • To write program for time scaling and amplitude scaling.
  • Generate various functions and implement.

SIMULINK

  • Introduction
  • Importance
  • Model Based Design.
  • Model Based Design
  • Mathematical Modeling.
  • Converting Mathematical Model into Simulink Model.
  • Running Simulink Models.
  • Importing Exporting Data.
  • Solver Configuration.
  • Masking Block/Model.

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Image Processing (For ECE branch)

  • Introduction
  • Image vectorization
  • Image segmentation
  • Image resizing, rotation, cropping
  • Noise addition
  • Denoising image
  • Application of filters on image

Control System (For Electrical Branch)

  • Basics
  • Different types of Transfer function
  • Step Response
  • Impulse response
  • State Space representation
  • Step Response
  • Impulse response
  • Zero Poles Plot

Transform

  • State space to transfer function
  • Transfer Function to State Space
  • Zero Pole to State Space
  • State Space to Zero Pole
  • Transfer Function to Zero pole
  • Zero pole to Transfer Function

Different types of Stability plots

  • Bode Plot
  • Nyquist Plot
  • Nichols Plot
  • Polar Plot
  • Root Locus
  • Controllers and their tuning
  • LTI viewer
  • SISO and MIMO tool
  • Addition and deletion of Poles and Zeros

Simulink(For Electrical Branch)

  • Basics
  • Different blocks
  • Sub systems
  • Masking
  • Wave generation
  • Analysis
  • Operation
  • Solver
  • Configuration
  • Export and import to environment, Creating models
  • Physical modeling
  • g circuit modeling,
  • DC Machines
  • Linear and Non Linear system modeling
  • Signal Builder
  • Generation of different types of signal
  • Transfer Function
  • Step response
  • Impulse response
  • Zero pole map
  • State Space modeling
  • Circuit modeling

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