Descripción / Abstract

Índice

• BEGINN
• Contents
• Preface
• Chapter 1 †¢ Arduino Uno hardware interface and project development
• 1.1 Overview
• 1.2 Arduino Uno board
• 1.3 Arduino Uno program development
• 1.4 Project – Flashing two colour LEDs
• 1.5 Summary
• Chapter 2 †¢ Raspberry Pi hardware interface and project development
• 2.1 Overview
• 2.2 The Raspberry Pi 3 board
• 2.3 Raspberry Pi 3 GPIO pin definitions
• 2.4 Setting up the Wi-Fi and remote access
• 2.5 Shutting down or rebooting in GUI mod
• 2.6 Remote Access of the desktop
• 2.7 Creating and running a Python program
• 2.8 The GPIO library
• 2.8.1 Pin numbering
• 2.8.2 Channel (I/O port pin) configuration
• 2.9 Raspberry Pi project development cycle
• 2.10 Project – Flashing two colour LEDs
• 2.11 Summary
• Chapter 3 †¢ ESP32 hardware interface and project development
• 3.1 Overview
• 3.2 ESP32 DevKitC hardware
• 3.3 Arduino IDE for the ESP32 DevKitC
• 3.3.1 Installing the Arduino IDE for the ESP32 DevKitC
• 3.4 Project – Flashing two colour LEDs
• 3.5 Summary
• Chapter 4 †¢ Arduino – Raspberry Pi – ESP32 projects
• 4.1 Overview
• 4.2 Light Projects
• 4.2.1 Project 1 – Changing the LED brightness
• 4.2.2 Project 2 – Using an RGB LED – Rainbow colours
• 4.2.3 Project 3 – Magic wand
• 4.2.4 Project 4 – Silent door alarm
• 4.2.5 Project 5 – Dark sensor with timed relay – Arduino Uno project
• 4.2.6 Project 6 – Dark Sensor with timed relay – Raspberry Pi project
• 4.2.7 Project 7 – Dark sensor with timed relay – ESP32 DevKitC project
• 4.2.8 Project 8 – Turn ON lights when it is dark and the door is opened – Arduino Uno project
• 4.2.9 Project 9 – Secret Key using the photo interrupter (light barrier) module
• 4.2.10 Project 10 – Using the magic light cup module
• 4.3 Summary
• Chapter 5 †¢ Infrared Receiver-Transmitter projects
• 5.1 Overview
• 5.2 Project 1 – Receiving and decoding the codes of commercial IR handsets
• 5.3 Project 2 – Controlling 2 - Colour LEDs with a commercial IR handset
• 5.4 Project 3 – Infrared Transmitter - Scanning the TV channels using a commercial IR handset
• 5.5 Project 4 – Two communicating Arduino Uno's using IR
• 5.6 Summary
• Chapter 6 †¢ Vibration and shock projects
• 6.1 Overview
• 6.2 Project 1 – Target shooting detector
• 6.3 Project 2 – Vibration based toggle switch
• 6.4 Project 3 – No shock time duration measurement
• 6.5 Summary
• Chapter 7 †¢ Ultrasonic sensor projects
• 7.1 Overview
• 7.2 Project 1 – Ultrasonic reverse parking with buzzer
• 7.3 Summary
• Chapter 8 †¢ Sound sensor projects
• 8.1 Overview
• 8.2 Project 1 – Toggle lights by clapping hands
• 8.3 Summary
• Chapter 9 †¢ Passive piezo buzzer sensor projects
• 9.1 Overview
• 9.2 Project 1 – Playing melody
• 9.3 Summary
• Chapter 10 †¢ Magnetic sensor projects
• 10.2 Project 1 – Measuring magnetic field strength
• 10.3 Project 2 – Magnetic door alarm
• 10.4 Project 3 – Magnetic musical instrument
• 10.5 Summary
• Chapter 11 †¢ Flame sensor projects
• 11.1 Overview
• 11.2 Project 1 – Flame sensor with buzzer output
• 11.3 Summary
• Chapter 12 †¢ Joystick module projects
• 12.1 Overview
• 12.2 Project 1 – Using the joystick
• 12.3 Project 2 – Joystick based musical instrument
• 12.4 Summary
• Chapter 13 †¢ Obstacle sensor projects
• 13.1 Overview
• 13.2 Project 1 – Aid with car parking
• 13.3 Project 2 – Metal touch sensor
• 13.4 Summary
• Chapter 14 †¢ Tracking sensor module projects
• 14.1 Overview
• 14.2 Project 1 – Line tracking
• 14.3 Project 2 – Secret code lock
• 14.4 Summary
• Chapter 15 †¢ Rotary encoder module projects
• 15.1 Overview
• 15.2 Project 1 – Rotary encoder evaluation
• 15.3 Project 2 – Rotary encoder direction and position
• 15.4 Summary
• Chapter 16 †¢ Heartbeat sensor module projects
• 16.1 Overview
• 16.2 Project 1 – Displaying heartbeat
• 16.3 Summary
• Chapter 17 †¢ Temperature, humidity, and pressure sensor projects
• 17.3 Project 2 – Temperature sensor with buzzer
• 17.4 Project 3 – Displaying the temperature on LCD – Arduino Uno
• 17.5 Project 4 – Saving temperature as CSV file on PC with timestamp – Arduino Uno
• 17.6 Project 5 – Displaying the temperature on LCD – ESP32 DevKitC
• 17.7 Project 6 – Displaying the temperature on LCD – Raspberry Pi
• 17.8 Project 7 – Saving temperature as CSV file on PC with timestamp – Raspberry Pi
• 17.9 Project 8 – ON/OFF temperature control – Arduino Uno
• 17.10 Project 9 – ON/OFF temperature control – ESP32 DevKitC
• 17.11 Project 10 – ON/OFF temperature control – Raspberry Pi
• 17.12 Summary
• Chapter 18 †¢ Wi-Fi and Bluetooth based projects using sensors – ESP32 DevKitC
• 18.1 Overview
• 18.2 Project 1 – Displaying temperature and humidity on a mobile phone using Wi-Fi
• 18.3 Project 2 – Remote control from mobile phone using Wi-Fi
• 18.4 Project 3 – Sending temperature and humidity to mobile phone using Bluetooth classic
• Chapter 19 †¢ Wi-Fi and Bluetooth based projects using sensors – Raspberry Pi
• 19.1 Overview
• 19.2 Project 1 – Displaying temperature and humidity on a mobile phone using Wi-Fi
• 19.3 Project 2 – Sending the temperature and humidity data to the Cloud using Wi-Fi
• 19.4 Project 3 – Bluetooth based remote control from mobile phone
• Chapter 20 †¢ Wi-Fi and Bluetooth based projects using sensors – Arduino Uno
• 20.1 Overview
• 20.2 Project 1 – Controlling a relay from mobile phone using Wi-Fi
• 20.3 Project 2 – Displaying temperature and humidity on a mobile phone using Wi-Fi
• Appendix A - Sensor kit contents
• Appendix B – Projects and sensor modules used
• Appendix C – Sensor modules and projects using them
• Index