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Best MATLAB Training in Delhi

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. Typical uses include: Math and computation, Algorithm development.


  • Module: Introduction

  •  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: Data and Data Flow

  •  Matrix Operations & Operators
  •  Reshaping Matrices
  •  Importing Exporting Of Data
  •  Arrays
  •  Data Types
  •  File Input-Output
  •  Communication with External Devices
  • Module: Editing and Debugging M Files

  •  Writing Script Files
  •  Writing Functions
  •  Error Correction
  •  M-Lint Automatic Code Analyzer
  •  Saving Files
  • Module: 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: MATLAB Graphics

  •  Simple graphics
  •  Graphic Types
  •  Plotting Functions
  •  Creating Plot &Editing Plot
  •  Graphics Handles
  •  GUI (Graphical User Interface)
  • Module: 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: 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: Signal Processing Toolbox

  •  Basics of Signal Processing
  •  Representing Signals
  •  Analysis of different Signals
  •  Complex Signals
  •  Filter Designing
  •  Using the Filter Designing GUIs
  •  Analyzing the filter plots
  •  Filter Designing using Script Files
  •  Speech Recording
  •  Speech Processing
  •  Other Signal Processing Functions
  • Module: Communication Toolbox

  •  Signal Sources
  •  BER Tool
  •  Modulation
  •  Special Filter
  •  Channels
  •  Equalizers
  • Module: Image Processing Toolbox

  •  Reading and Writing Image Data
  •  Displaying and Exploring Image
  •  Spatial Transformation
  •  Image Registration
  •  Designing and Implementing 2D linear Filters for Image Data
  •  Morphological Operations
  •  Transforms
  •  Analyzing and Enhancing Images
  •  ROI based Processing
  •  Neighborhood and Block operations
  • Module: Computer Vision Systems Toolbox

  •  Input, Output, and Conversions
  •  Display and Graphics
  •  Registration and Stereo Vision
  •  Motion Estimation and Tracking
  •  Geometric Transformations
  •  Filters, Transforms, and Enhancements
  • Module: 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: Neural Network Toolbox

  •  Network Objects, Data, and Training Styles
  •  Multilayer Networks and Backpropagation Training
  •  Control Systems
  •  Radial Basis Networks
  •  Self-Organizing and Learning
  •  Vector Quantization Nets
  •  Adaptive Filters and Adaptive Training
  • Module: State Flow in Simulink

  •  Stateflow Chart Concepts
  •  Stateflow Chart Notation
  •  Stateflow Chart Semantics
  •  Building Mealy and Moore Charts
  •  Using Actions in Stateflow Charts
  •  Stateflow Design Patterns
  •  Truth Table Functions for Decision-Making Logic
  •  Using Simulink Functions in Stateflow Charts
  •  Debugging and Testing Stateflow Charts
  •  Exploring and Modifying Charts
  • Module: Analysis of C MEX Files

  •  C/C++ Source MEX-Files
  •  Examples of C/C++ Source MEX-Files
  •  Debugging C/C++ Language MEX-Files
  •  Handling Large mxArrays
  •  Memory Management
  •  Large File I/O
  • Module: Introduction to Embedded System for MATLAB

  •  Basic components of Embedded System
  •  Hardware Classification of Embedded System
  •  Programming Language Classification of Embedded System
  •  Advantage & Disadvantage of Low level & High level Programming Languages.
  •  Type of Microcontroller
  •  Memory Classification
  • Module: Embedded System Development Tools

  •  Assembler
  •  Interpreter
  •  Compiler
  •  Simulator
  •  Emulator
  •  Debugger
  • Module: AVR Architecture & Instructions

  •  Classification of Von-Neumann and Harvard Architecture
  •  Difference between RISC and CISC
  •  Memory Classification (Primary & Secondary)
  •  Data Transfer Instructions
  •  Arithmetic Instructions
  •  Logical Instructions
  •  Conditional Instructions
  • Module: I/O Port Programming

  •  Led Interfacing
  •  7 Segment Display Types
  •  7 Segment Interfacing
  • Module: Motor Interfacing & Sensors

  •  Introduction to Motors
  •  DC Motor Interfacing
  •  Stepper Motor Interfacing
  •  Introduction to Sensing Devices
  •  Different Type of Sensors
  • Module: Introduction to MATLAB Arduino Tool

  •  Introduction to Arduino Boards and Shields
  •  Arduino IDE Introduction
  •  Programming in Arduino
  •  Arduino Interfacing With MATLAB
  • Module: Peripheral Interfacing with MATLAB Arduino

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

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