Arduino-Based Embedded Systems: Interfacing, Simulation, and LabVIEW GUI

Cover
Half Title
Title Page
Copyright Page
Table of Contents
Preface
About the Authors
Section I: Introduction
	1: Introduction to Arduino
		1.1 Arduino Uno
		1.2 Arduino Mega
		1.3 Arduino Nano
	2: Steps to Write a Program with Arduino Integrated Development Environment
		2.1 Steps to Install Arduino Integrated Development Environment
		2.2 Basic Commands for Arduino
	3: Steps to Design a Proteus Simulation Model
	4: Introduction to LabVIEW GUI
		4.1 Steps to Design LabVIEW GUI
		4.2 Building the Front Panel
		4.3 Building the Block Diagram
		4.4 Virtual Instrument Software Architecture
			4.4.1 Components Used to Design LabVIEW GUI
	5: LabVIEW Interfacing with the Proteus Simulation Software
		5.1 Virtual Serial Port Emulator
Section II: Arduino and I/O Devices
	6: Arduino and Display Devices
		6.1 Arduino and Light Emitting Diode
			6.1.1 Circuit Diagram
			6.1.2 Program
			6.1.3 Proteus Simulation Model
		6.2 Arduino and Liquid Crystal Display
			6.2.1 Circuit Diagram
			6.2.2 Program
			6.2.3 Proteus Simulation Model
	7: Arduino and Digital Input/Output Devices
		7.1 Push Button and Light Emitting Diode/Liquid Crystal Display
		7.2 Push Button–Digital “LOW”
			7.2.1 Circuit Diagram
			7.2.2 Program
			7.2.3 Proteus Simulation Model
		7.3 Push Button–Digital “HIGH”
			7.3.1 Program
			7.3.2 Proteus Simulation Model
		7.4 Fire Sensor and Light Emitting Diode/Liquid Crystal Display
			7.4.1 Circuit Diagram
			7.4.2 Program
			7.4.3 Proteus Simulation Model
		7.5 Passive Infrared Sensor and Light Emitting Diode/Liquid Crystal Display
			7.5.1 Circuit Diagram
			7.5.2 Program
			7.5.3 Proteus Simulation Model
		7.6 Alcohol Sensor and Light Emitting Diode/Liquid Crystal Display
			7.6.1 Circuit Diagram
			7.6.2 Program
			7.6.3 Proteus Simulation Model
	8: Arduino and Analog Devices
		8.1 Ultrasonic Sensor and Liquid Crystal Display
		8.2 Ultrasonic Sensor—Serial Out
			8.2.1 Circuit Diagram
			8.2.2 Program
			8.2.3 Proteus Simulation Model
		8.3 Ultrasonic Sensor—PWM Out
			8.3.1 Circuit Diagram
			8.3.2 Program
				8.3.2.1 Ultrasonic Sensor—PWM OUT
			8.3.3 Proteus Simulation Model
		8.4 Temperature Sensor and Liquid Crystal Display
		8.5 Temperature Sensor-Analog Out
			8.5.1 Circuit Diagram
				8.5.1.1 Temperature Sensor Analog Out
			8.5.2 Program
				8.5.2.1 Program LM35—Analog Out
			8.5.3 Proteus Simulation Model
		8.6 Humidity/Temperature Sensor—Serial Out
			8.6.1 Circuit Diagram
				8.6.1.1 Temperature Sensor (Serial Out)
			8.6.2 Program
				8.6.2.1 Temp/Humidity Sensor—Serial Out
		8.7 Light-Dependent Resistor with Liquid Crystal Display
		8.8 Light-Dependent Resistor—Analog Out
			8.8.1 Circuit Diagram
			8.8.2 Program
				8.8.2.1 Light-Dependent Resistor—Analog Out
			8.8.3 Proteus Simulation Model
		8.9 Light Intensity Sensor—I2C Out
			8.9.1 Circuit Diagram
			8.9.2 Program
				8.9.2.1 LDR TWI (I2C) Out
		8.10 Servo Motor and the Liquid Crystal Display
			8.10.1 Circuit Diagram
			8.10.2 Program
			8.10.3 Proteus Simulation Model
	9: Arduino and Motors/Actuators
		9.1 DC Motor
			9.1.1 Circuit Diagram
			9.1.2 Program
			9.1.3 Proteus Simulation Model
		9.2 Stepper Motor
			9.2.1 Circuit Diagram
			9.2.2 Program
			9.2.3 Proteus Simulation Model
		9.3 AC Motor with Relay
			9.3.1 Circuit Diagram
			9.3.2 Program
			9.3.3 Proteus Simulation Model
Section III: Arduino and Wireless Communication
	10: Arduino and Wireless Communication
		10.1 RF Modem (2.4 GHz)
			10.1.1 Circuit Diagram
				10.1.1.1 Transmitter Section
				10.1.1.2 Receiver Section
			10.1.2 Program
				10.1.2.1 Transmitter Program
				10.1.2.2 Receiver Program
			10.1.3 Proteus Simulation Model
		10.2 Global System for Mobile Modem
			10.2.1 Circuit Diagram
			10.2.2 Program
				10.2.2.1 Main Program
			10.2.3 Proteus Simulation Model
Section IV: Projects
	11: 2.4 GHz RF Modem-Based Security System for Restricted Area
		11.1 Introduction
		11.2 Circuit Diagram
		11.3 Program
			11.3.1 Transmitter Section
			11.3.2 Receiver Section
		11.4 Proteus Simulation Model
		11.5 LabVIEW GUI
	12: Campus Fire Monitoring System with a 2.4 GHz RF Modem
		12.1 Introduction
		12.2 Circuit Diagram
			12.2.1 Transmitter Section
			12.2.2 Receiver Section
		12.3 Program
			12.3.1 Transmitter Section
			12.3.2 Receiver Section
		12.4 Proteus Simulation Model
		12.5 LabVIEW GUI
	13: Light-Dependent Resistor-Based Light Intensity Control System
		13.1 Introduction
		13.2 Circuit Diagram
			13.2.1 Transmitter Section
			13.2.2 Receiver Section
		13.3 Program
			13.3.1 Transmitter Section
			13.3.2 Receiver Section
		13.4 Proteus Simulation Model
		13.5 LabVIEW GUI
	14: DC Motor Control System with LabVIEW GUI
		14.1 Introduction
		14.2 Circuit Diagram
			14.2.1 Transmitter Section
			14.2.2 Receiver Section
		14.3 Program
			14.3.1 Transmitter Section
			14.3.2 Receiver Program
		14.4 Proteus Simulation Model
		14.5 LabVIEW GUI
	15: Stepper Motor Control System with LabVIEW GUI
		15.1 Introduction
		15.2 Circuit Diagram
			15.2.1 Transmitter Section
			15.2.2 Receiver Section
		15.3 Program
			15.3.1 Transmitter Section
			15.3.2 Receiver Program
		15.4 Proteus Simulation Model
		15.5 LabVIEW GUI
	16: Accelerometer-Based Laboratory Automation System
		16.1 Introduction
		16.2 Circuit Diagram
			16.2.1 Transmitter Section
			16.2.2 Receiver Section
		16.3 Program
			16.3.1 Transmitter Section
			16.3.2 Receiver Section
		16.4 Proteus Simulation Model
	17: Temperature Monitoring System Using RF Modem
		17.1 Introduction
		17.2 Circuit Diagram
			17.2.1 Transmitter Section
			17.2.2 Receiver Section
		17.3 Program
			17.3.1 Transmitter Section
			17.3.2 Receiver Section
		17.4 Proteus Simulation Model
		17.5 LabVIEW GUI
	18: Emergency Hooter in the Case of a Disaster
		18.1 Introduction
		18.2 Circuit Diagram
			18.2.1 Sensor Node
			18.2.2 Server
		18.3 Program
			18.3.1 Sensor Node
			18.3.2 Server
		18.4 Proteus Simulation Model
		18.5 LabVIEW GUI
	19: LabVIEW GUI-Based Wireless Robot Control System
		19.1 Introduction
		19.2 Circuit Diagram
			19.2.1 Transmitter Section
			19.2.2 Receiver Section
		19.3 Program
			19.3.1 Transmitter Program
			19.3.2 Receiver Program
		19.4 Proteus Simulation Model
		19.5 LabVIEW GUI
	20: Home Automation System Using DTMF
		20.1 Introduction
		20.2 Circuit Diagram
		20.3 Program
		20.4 Proteus Simulation Model
	21: RFID Card-Based Attendance System
		21.1 Introduction
		21.2 Circuit Diagram
			21.2.1 Steps to Read RFID Reader
				21.2.1.1 Program to Extract the Code
			21.2.2 Connections
		21.3 Program
	22: Global System for Mobile-Based Emergency System
		22.1 Introduction
		22.2 Circuit Diagram
		22.3 Program
			22.3.1 Program to Write the Message
			22.3.2 Program to Read the Message
		22.4 Proteus Simulation Model
	23: Coordinate Display System Using GPS
		23.1 Introduction
		23.2 Circuit Diagram
			23.2.1 Transmitter Section
			23.2.2 Receiver Section
		23.3 Program
			23.3.1 Transmitter Section
			23.3.2 Receiver Section
		23.4 Proteus Simulation Model
	24: Fingerprint-Based Attendance System
		24.1 Introduction
			24.1.1 Types of Function
		24.2 Circuit Diagram
		24.3 Program
			24.3.1 Finger Print Circuit ‘Test Program’
			24.3.2 Main Program
	25: Wireless Irrigation System for Agricultural Field
		25.1 Introduction
		25.2 Circuit Diagram
			25.2.1 Remote Control
			25.2.2 Sensor Node
		25.3 Program
			25.3.1 Remote Control
			25.3.2 Sensor Node
		25.4 Proteus Simulation Model
Index