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SIMULINK MODELING FOR SYSTEMS AND LOGIC IMPLEMENTATIONS

Categories: Programming
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About Course

This tutorial Talks on the following key topics

  1. An introduction to Simulink
  2. Introduction to the concept of models
  3. Building the first model in simulink
  4. Introduction to the model configuration
  5. Building system dynamic equations
  6. Building the model from dynaic equations
  7. Extracting reports from the simulink model
  8. Changing model properties in simulink

What Will You Learn?

  • Concept of modeling
  • Expertise of simulink enviornment
  • Building models from scratch
  • Model analysis and debugging

Course Content

INTRODUCTION TO SIMULINK
This topic introduces the students to the simulink platform

  • SIMULINK TUTORIAL | WHAT IS SIMULINK ?
    05:05
  • SIMULINK TUTORIAL | WHAT IS THE DIFFERENCE BETWEEN MATHEMATICAL MODEL AND PHYSICAL MODEL ?
    08:51
  • SIMULINK TUTORIAL | SIMPLE ADDER LOGIC IN SIMULINK
    07:04
  • SIMULINK TUTORIAL | WHAT IS AN ALGEBRAIC LOOP IN SIMULINK?
    04:57
  • Simulink Tutorial | Introduction Concept of Algebraic loop
    09:52
  • SIMULINK TUTORIAL | WHAT IS VARIABLE TYPE SOLVER IN SIMULINK?
    07:30
  • SIMULINK TUTORIAL | STIFF SYSTEM SOLVER AND NON STIFF SYSTEM SOLVER
    11:27
  • SIMULINK TUTORIAL | COUNTER LOGIC WITH RESET IMPLEMENTED USING SIMULINK
    07:51
  • SIMULINK TUTORIAL | MODEL CONFIGURATION AND MODEL SETTINGS IN SIMULINK
    06:05
  • Simulink Tutorial | Bus and Mux concept applied for implementation
    26:57
  • Simulink Quiz

LOOKUP TABLE
This topic introduces about the concept of lookup table, how lookup table works in the simulink enviornment

SUBSYSTEM IN SIMULINK
Using the concept of subsystem students will learn how to develop system models from a component to an entire system. this will help in designing the system and how MATLAB workjs with system modeling.

SYSTEM MODEL DEVELOPMENT
This section talks about the development of system models. you will learn how to develop system models which is developed from the mathematical derivation fo the actual system.

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