Arduino and Scilab based Projects

Cover
Title
Biblography
End User License Agreement
Contents
Preface
	ACKNOWLEDGEMENTS
	CONFLICT OF INTEREST
SECTION A: Arduino and its Interfacing
Introduction to Arduino and Arduino IDE and toolbox_arduino_v3
	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
	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
	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
	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)
	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
	6.1. CIRCUIT DIAGRAM
Motion Detection System with Arduino_1.1 Package
	7.1. CIRCUIT DIAGRAM
Two Axis Solar Tracker with Arduino_1.1 Package
	8.1. CIRCUIT DIAGRAM
Environment Parameter Monitoring System with Arduino_1.1 Package
	9.1. CIRCUIT DIAGRAM
Environment Parameter Monitoring Robot with Arduino_1.1 Package
	10.1. CIRCUIT DIAGRAM
PID Controller for Heater with Arduino_1.1 Package
	11.1. CIRCUIT DIAGRAM
SECTION C: Scilab GUI without Arduino_1.1 package
Wireless Building Automation System
	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
	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
Subject Index
Back Cover