Arduino and Scilab based Projects E-Book

Rajesh Singh

• Herausgeber: Bentham Science Publishers
• Kategorie: Wissenschaft und neue Technologien
• Sprache: Englisch

Seitenzahl: 94

Veröffentlichungsjahr: 2019

Beschreibung

Arduino and Scilab based Projects provides information ranging from the basics to advanced knowledge of Arduino and its interfacing with input/output devices (display devices, actuators, sensors), communication modules (RF modem, Zigbee) and Scilab. It also provides embedded system based on Arduino with simulation, programming and interfacing with Scilab, Arduino interfacing with Scilab with and without Arduino 1.1 packages. Chapters are arranged in an easy-to-understand sequence that enhances the learning experience for readers. Descriptions of real time project prototypes with programming and simulation of Arduino and Scilab.

Leseprobe

Table of Contents

Welcome

Table of Contents

Title

BENTHAM SCIENCE PUBLISHERS LTD.

End User License Agreement (for non-institutional, personal use)

Usage Rules:

Disclaimer:

Limitation of Liability:

General:

PREFACE

ACKNOWLEDGEMENTS

CONFLICT OF INTEREST

SECTION A: Arduino and its Interfacing

Introduction to Arduino and Arduino IDE and toolbox_arduino_v3

Abstract

1.1. Arduino Uno

1.2. Arduino Mega

1.3. Arduino Nano

1.4. Introduction to Arduino I/O Package for Scilab

1.4.1. Steps to Upload Scilab Package in Arduino

Arduino Interfacing with Sensors

Abstract

2.1. Interfacing of a Capacitive Touch Proximity Sensor

2.1.1. Capacitive Touch Proximity Sensor

2.1.1.1. Circuit Diagram

2.1.1.2. Program Code for Arduino Nano

2.2. Interfacing of an AC Current Sensor

2.2.1. AC Current Sensor

2.2.1.1. Circuit Diagram

2.2.1.2. Program Code for Arduino Nano

2.3. Interfacing of AC Voltage Sensor

2.3.1. Circuit Diagram

2.3.2. Program Code for Arduino Nano

2.4. Interfacing of DC voltage sensor

2.4.1. Circuit Diagram

2.4.2. Program Code for Arduino Nano

2.5. Interfacing of DC Current Sensor

2.5.1. Circuit Diagram

2.5.2. Program Code for Arduino Nano

Arduino and Serial Communication

Abstract

3.1. Serial communication with 2.4 GHz RF modem

3.1.1. Circuit Diagram

3.1.1.1. Circuit Diagram of Transmitter Section

3.1.1.2. Circuit Diagram of Receiver Section

3.1.2. Program Code

3.1.2.1. Transmitter Program

3.1.2.2. Receiver Program

3.2. Serial Communication with GSM Modem

3.2.1. Circuit Diagram

3.2.2. Program Code

Introduction to Scilab and GUI without Toolbox

Abstract

4.1. Scilab GUI

Steps to design GUI in Scilab

SECTION B: Arduino_1.1 Package with Scilab

Scilab Arduino_1.1 Package (using toolbox_ arduino_v3.ino)

Abstract

5.1. Steps to Install Package in Arduino

5.2. Blocks of Scilab XCOS

Building Blocks of XCOS

5.3. Digital Read

5.3.1. Circuit Diagram

5.4. Digital Write

5.4.1. Circuit Diagram

5.5. Digital Read and Write

5.5.1. Circuit Diagram

5.6. Analog Read with Potentiometer

5.6.1. Circuit Diagram

5.7. Analog read with temperature sensor

5.7.1. Circuit Diagram

5.8. Analog Read Write

5.8.1. Circuit Diagram

Servo Motor Control with Arduino_1.1 Package

Abstract

6.1. Circuit Diagram

Motion Detection System with Arduino_1.1 Package

Abstract

PIR Motion Sensor

7.1. CIRCUIT DIAGRAM

Two Axis Solar Tracker with Arduino_1.1 Package

Abstract

Servo Motor

8.1. Circuit Diagram

Environment Parameter Monitoring System with Arduino_1.1 Package

Abstract

IR Sensor

Gas Sensor

The Proximity & Touch Sensor

LM35

9.1. CIRCUIT DIAGRAM

Environment Parameter Monitoring Robot with Arduino_1.1 Package

Abstract

10.1. CIRCUIT DIAGRAM

PID Controller for Heater with Arduino_1.1 Package

Abstract

11.1. CIRCUIT DIAGRAM

SECTION C: Scilab GUI without Arduino_1.1 package

Wireless Building Automation System

Abstract

12.1. Circuit Diagram

12.1.1. Connections of Transmitter Section

12.1.2. Connections of Receiver Section

12.2. Program Code

12.2.1. Program Code for Transmitter Section

12.2.2. Program Code for Receiver Section

12.3. GRAPHICAL USER INTERFACE IN SCILAB

Wireless Robot Control with Scilab GUI

Abstract

13.1. Circuit Diagram

13.1.1. Connections for Transmitter Section.

13.1.2. Connections for Receiver Section.

13.2. Program Code

13.2.1. Program Code for Transmitter Section (Scilab Side)

13.2.2. Program Code for Receiver Section.

13.3. Graphical User Interface in Scilab

BIBLIOGRAPHY

Arduino and SCILAB based Projects

Authored by:

Rajesh Singh and Anita Gehlot

Electronics & Communication Department Lovely Professional University, India

Bhupendra Singh

Schematics Microelectronics, Dehradun, Uttrakhand, India

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PREFACE

The primary objective of writing this book is to provide a platform for the beginners to get started with Arduino and its interfacing with SCILAB. The book provides the basic knowledge of the programming and interfacing of the devices with Arduino and SCILAB.

This book provides basics to advanced knowledge of Arduino and its interfacing with input/output devices (display devices, actuators, sensors), communication modules (RF modem, Zigbee) and SCILAB. This would be beneficial for the people who want to get started with embedded system projects. It provides embedded system based on Arduino with simulation, programming and interfacing with SCILAB, all at a single platform. Arduino interfacing with SCILAB with and without Arduino_1.1 packages are included. Basics of the Arduino are covered in section-A, section-B covers interfacing with Scilab Arduino_1.1 package and section-C covers projects without Scilab Arduino_1.1 package.

The concept which makes this book unique is descriptions of real time project prototypes with programming and simulation of Arduino and SCILAB. This book is entirely based on the practical experience of the authors, while undergoing projects with the students and industries. Although the circuits and programs mentioned in the text are tested, but in case of any mistake we extend our sincere apologies. Any suggestions to improve the contents of book are always welcome and will be appreciated and acknowledged.

ACKNOWLEDGEMENTS

We acknowledge the support from ‘Nutty Engineer’ to use its products to demonstrate and explain the working of the systems. We would like to thank ‘BENTHAM SCIENCE’ for encouraging our idea about this book and the support to manage the project efficiently.

We are grateful to the honorable Chancellor (Lovely Professional University) Ashok Mittal, Mrs. Rashmi Mittal (Pro Chancellor, LPU), Dr. Ramesh Kanwar (Vice Chancellor, LPU), Dr. Loviraj Gupta (Executive Dean, LPU) for their support. In addition, we are thankful to our family, friends, relatives, colleagues and students for their moral support and blessings.

CONFLICT OF INTEREST

The author(s) declared no conflict of interest regarding the contents of each of the chapters of this book.

Rajesh Singh and Anita Gehlot Electronics & Communication Dept. Lovely Professional University, IndiaBhupendra Singh Schematics Microelectronics,

SECTION A: Arduino and its Interfacing

Introduction to Arduino and Arduino IDE and toolbox_arduino_v3

Rajesh Singh,Anita Gehlot,Bhupendra Singh

Abstract

Arduino is an open source platform and easy to use. The chapter discusses the brief description to board. Steps to download and upload Scilab XCOS files to Arduino are also discussed, to get started with it. Arduino is an open-source electronic prototyping platform based on flexible, easy-to-use hardware and software. It is intended for persons interested in creating interactive objects or environments.

Arduino can sense the environment by receiving input from sensors and can affect its surroundings by controlling devices. Microcontroller on the board is programmed using Arduino programming language and the Arduino development environment. Arduino projects can be stand-alone or they can communicate with software running on a computer.

Keywords: Arduino, Arduino IDE, Open Source Platform.

Arduino is a user friendly open-source platform. Arduino has on board microcontroller and IDE is used to program it. As compared to similar platforms it is easy to program and has many advantages over them.

Advantages:

Low Cost - Arduino boards are of relatively low-cost as compared to other microcontroller platforms.

Cross-platform - The Arduino Software (IDE) is compatible with Windows, Macintosh OSX, and Linux operating systems, which most of microcontroller systems are not.

User Friendly - The Arduino Software (IDE) is user friendly and easy-to-use for beginners and much flexibility for skilled programmers.

Open source - The Arduino is an open source software and can be programmed with C, C++ or AVR-C languages.

Arduino platform comprises of a microcontroller. It can be connected to PC