10. Building a Complete Home Automation System | Intel Galileo Blueprints

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Intel Galileo Blueprints

By : Marco Schwartz

5 (1)

Intel Galileo Blueprints

5 (1)

By: Marco Schwartz

Overview of this book

If you are an experienced developer using classic Arduino boards and would like to extend your knowledge to the Intel Galileo board and polish your project building skills, this book is for you.

Preface

Preface

What this book covers

What you need for this book

Who this book is for

Conventions

Reader feedback

Customer support

Free Chapter

1. Setting Up the Galileo Board and the Development Environment

1. Setting Up the Galileo Board and the Development Environment

What is Arduino?

2. Creating a Weather Measurement and Data Logging Station

2. Creating a Weather Measurement and Data Logging Station

Hardware and software requirements

Configuring the hardware

Testing the sensors

Logging data onto the SD card

Summary

3. Controlling Outputs Using the Galileo Board

3. Controlling Outputs Using the Galileo Board

Hardware and software requirements

Assembling the relay controller

Using the relay controller

Assembling the servomotor controller

Using the servomotor controller

Summary

4. Monitoring Data Remotely

4. Monitoring Data Remotely

Hardware and software requirements

Installing the Linux image

Configuring the hardware

Accessing measurements remotely

Summary

5. Interacting with Web APIs

5. Interacting with Web APIs

Using Express to structure our application

Getting the current weather forecast

Posting data on Twitter

Summary

6. Internet of Things with Intel Galileo

6. Internet of Things with Intel Galileo

Logging your data in the cloud

Monitoring your data in the cloud

Storing and plotting your data in the cloud

Summary

7. Controlling Your Galileo Projects from Anywhere

7. Controlling Your Galileo Projects from Anywhere

Hardware and software requirements

Hardware configuration

Building an interface to control the relay

Accessing the interface from anywhere

Removing the need for a third party

Summary

8. Displaying the Number of Unread Gmail E-mails on an LCD Screen

8. Displaying the Number of Unread Gmail E-mails on an LCD Screen

Hardware and software requirements

Hardware configuration

Testing the LCD screen

Printing the unread e-mails on the LCD screen

Summary

9. Automated Remote Gardening with Intel Galileo

9. Automated Remote Gardening with Intel Galileo

Hardware and software requirements

Hardware configuration

Testing all the sensors

Automating your garden

Connecting the project to the cloud

Summary

10. Building a Complete Home Automation System

10. Building a Complete Home Automation System

Hardware and software requirements

Hardware configuration

Testing the Wi-Fi connection

Building the home automation interface

Summary

11. Building a Mobile Robot Controlled by the Intel Galileo Board

11. Building a Mobile Robot Controlled by the Intel Galileo Board

Hardware and software requirements

Hardware configuration

Testing the robot

Autonomous navigation

Summary

12. Controlling the Galileo Board from the Web in Real Time Using MQTT

12. Controlling the Galileo Board from the Web in Real Time Using MQTT

Hardware and software requirements

Hardware configuration

The MQTT protocol

Creating a PubNub account

Writing the code for the project

Monitoring your board remotely

Controlling the relay remotely

Summary

Index

Index

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Hardware configuration

We will now build the different boards based on the Arduino Uno, which we will later connect to the Galileo board via Wi-Fi.

Let's start the Arduino module with the LED light:

First, we need to connect the IRQ pin of the CC3000 board (that's the rightmost pin when you're facing the board) to pin 3 of the Arduino Uno.
Next, we will connect the VBAT pin to pin 5, and the CS pin to pin 10.
Then, we proceed to connecting the Adafruit SPI pins to the Arduino pins: MOSI, MISO, and CLK pins go to pins 11, 12, and 13, respectively.
Finally, we'll take care of the power supply. Adafruit's Vin should be connected to Arduino's 5V pin, and GND to GND.
The last things that we need to connect are the LED and resistor. Connect the resistor to pin 6 of the Uno.
Then, place the LED in series with the resistor. The negative pin of the LED should connect to the GND node.

You may refer to the following illustration for the entire configuration of the Arduino LED module:

Here is how my module turned...

Visually different images

CONTINUE READING

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Tech Concepts

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Programming languages

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