CAN communication protocol using Simulink

CAN communication protocol using Simulink, available at $29.99, has an average rating of 3.55, with 13 lectures, based on 16 reviews, and has 323 subscribers.

You will learn about Model based design to program arduino Simulink with Arduino Interface Arduino to simulink Learn to program arduino using block based design Simulink support package installation for arduino hardware This course is ideal for individuals who are Anybody can program arduino or for everyone and anyone , who has passion for learning or computer science, information science, information technology, electrical, electronics, civil, mechanical or Engineering graduates or Simulink/Matlab students It is particularly useful for Anybody can program arduino or for everyone and anyone , who has passion for learning or computer science, information science, information technology, electrical, electronics, civil, mechanical or Engineering graduates or Simulink/Matlab students.

Enroll now: CAN communication protocol using Simulink

Summary

Title: CAN communication protocol using Simulink

Price: $29.99

Average Rating: 3.55

Number of Lectures: 13

Number of Published Lectures: 12

Number of Curriculum Items: 13

Number of Published Curriculum Objects: 12

Original Price: ?799

Quality Status: approved

Status: Live

What You Will Learn

Model based design to program arduino

Simulink with Arduino

Interface Arduino to simulink

Learn to program arduino using block based design

Simulink support package installation for arduino hardware

Who Should Attend

Anybody can program arduino

for everyone and anyone , who has passion for learning

computer science, information science, information technology, electrical, electronics, civil, mechanical

Engineering graduates

Simulink/Matlab students

Target Audiences

Anybody can program arduino

for everyone and anyone , who has passion for learning

computer science, information science, information technology, electrical, electronics, civil, mechanical

Engineering graduates

Simulink/Matlab students

This course is ideally suited for those who wish to interface the Arduino with Simulink and generate Auto code. The course discusses different aspects of model-based design techniques. There are several advantages of model-based design techniques. It helps in autocode generation without having knowledge of any programming languages. model-based design techniques are very helpful in faster prototyping. It significantly reduces development and time to market. Testing and validation of model-based design techniques are easy and it improves the quality of the software as well. Here development team can focus more on algorithms rather than coding and debugging. The course discusses real-time projects with step-by-step procedures to implement them.

Below are the topics which are covered in this course.

Build CAN Network using Model-based design Technique.

Project-Based Learning,(Gear indicator over a CAN Bus)

Program Arduino without a programming background.

Model-based design techniques.

Model in Loop,

Software in the loop, the processor in the loop, Hardware in the loop.

Simulink support package installation.

Interfacing Arduino with simulink

Reading Digital input

Reading Analog sensors data

Interface touch Sensor

Interface Seven Segment Display

Controlling servo motors directly from Arduino

Analysis of data in the Simulink from Arduino in external mode.

Simulink blocks usage.

CAN Network building using Simulink-on Arduino platform

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to Model based design techniques

Lecture 2: Introduction Simulink

Lecture 3: Getting started with Simulink

Lecture 4: Simulink support package installation

Lecture 5: Simulink Blocks for Arduino Programming

Lecture 6: overview about CAN Network building using Simulink-on Arduino platform

Lecture 7: Interfacing MCP2515 to the Arduino Uno

Lecture 8: Pin connection details between MCP2515 and Arduino Uno

Lecture 9: CAN transmitter module

Lecture 10: CAN Receiver Module

Lecture 11: Gear Indicator on the hardware

Lecture 12: Accelarator pedal interfacing and controlling Speed_on Hardware

Instructors

Venkatesh Mane
Embedded system expert

Rating Distribution

1 stars: 1 votes

2 stars: 2 votes

3 stars: 2 votes

4 stars: 10 votes

5 stars: 1 votes

Frequently Asked Questions

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