Matlab Industrial Training

We provided professional Instructors for affordable Matlab Industrial Training in Jalandhar. The Matlab Training in Jalandhar will help you Realistically learn Matlab from scratch.

Content:

• 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
• Data and data flow in MATLAB
• Matrix Operations & Operators
• Reshaping Matrices
• Importing Exporting Of Data
• Arrays
• Data types
• File Input-Output
• Communication with external devices
• Editing and debugging M Files
• Writing script files
• writing functions
• Error Correction
• M-Lint Automatic Code Analyzer
• Saving files
• 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
• MATLAB Graphics
• Simple graphics
• Graphic Types
• Plotting functions
• Creating plot &Editing plot (2D and 3D)
• Graphics Handles
• GUI (Graphical User Interface)
• 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
• 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
• Project on Control & Simulink
• 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
• Communication Toolbox
• Signal Sources
• BER Tool
• Modulation
• Special Filter
• Channels
• Equalizers
• Project Based on Signal & communication
• 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
• 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
• Project Based on Image & Computer Vision
• 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
• 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
• Stateflow 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
• Semantic Rules Summary
• Semantic Examples
• 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
• Embedded MATLAB
• 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
• Embedded System Development Tools
• Assembler
• Interpreter
• Compiler
• Simulator
• Emulator
• Debugger
• 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
• I/O Port Programming
• Led Interfacing
• 7 Segment Display Types
• 7 Segment Interfacing
• Motors Interfacing & Sensors
• Introduction to Motors
• DC Motor Interfacing
• Stepper Motor Interfacing
• Introduction to Sensing Devices
• Different Type of Sensors
• Introduction to MATLAB Arduino Tool
• Introduction to Arduino Boards and Shields
• Arduino IDE Introduction
• Programming in Arduino
• Arduino Interfacing With MATLAB
• Peripheral Interfacing with MATLAB Arduino
• Led Interfacing
• 7 Segment Interfacing
• DC motor Interfacing
• Stepper motor Interfacing
• Introduction to Simulink Arduino Tool Library
• Arduino Interfacing With Simulink
• Standalone Application Development Using Simulink
• Projects on Interfacing between Arduino, MATLAB and Simulink
• Introduction to VLSI
• Need, Scope, Use and History of VLSI.
• Introduction to Chip Design Process.
• Description of Hardware Description Languages.
• Applications of VLSI
• Top Down Design Methodology
• Bottom Up Design Methodology
• VLSI Design Flow and HDL’s
• Design Process and Steps.
• Design Simulation and Design Synthesis.
• Introduction to VHDL
• Introduction to Verilog HDL
• Difference between Verilog HDL & other Programming HDL’s
• Tools Used for HDL’s
• Different Tools Available in Industry
• Working on Xilinx Project Navigator
• Working on Simulator
• Introduction to Various HDL Modeling Style
• Gate Level Modeling Style
• Data Flow Modeling Style
• Behavioral Modeling Style
• Switch Level Modeling Style
• Keywords & Data Types in Verilog HDL
• Module
• Initials
• Always
• Data Types
• Hardware Implementation using HDL’s
• FPGA
• CPLD
• RTL
• HDL’s – MATLAB Interfacing
• MATLAB HDL Coder
• Code Generation using HDL coder in MATLAB
• Learning MATLAB TOOL related programming
• Fixed point conversions
• HDL code generations
• Hardware Implementation on FPGA using MATLAB
• Synthesize Code from MATLAB to Verilog HDL
• Learning MATLAB HDL Verifier
• Learning ModelSim using MATLAB
• Using MATLAB HDL Verifier to operate FPGA in Loop.