Getting Started with Intel Galileo summary

Introduction to Intel Galileo

In Getting Started with Intel Galileo, Matt Richardson introduces us to the Intel Galileo, a microcontroller board that is part of the Intel's initiative to support the maker community. The book starts with a brief history of the Galileo, explaining its relation to the Arduino platform and the unique features that set it apart from other microcontroller boards.

Richardson then guides the reader through the process of setting up the Galileo board, including the installation of the Arduino IDE and the necessary drivers. He also explains how to connect the board to a computer and upload the first sketch, giving a taste of the Galileo's capabilities.

Understanding the Galileo's Features

The book then delves into a detailed exploration of the Galileo's features, such as its pin configuration, power options, and compatibility with various shields. Richardson provides a comprehensive overview of the board's hardware, including its processor, memory, and expansion slots, enabling the reader to understand its capabilities and limitations.

He also introduces the Linux operating system that runs on the Galileo, explaining how to access it via SSH and use the command line to interact with the board. Richardson highlights the significance of this feature, as it allows the Galileo to function not only as a microcontroller but also as a small, low-power computer.

Programming the Galileo

Next, Richardson focuses on programming the Galileo, leveraging the Arduino IDE to create sketches and upload them to the board. He covers the basics of programming in the Arduino environment, including working with digital and analog pins, using libraries, and handling external interrupts.

Furthermore, Richardson introduces the reader to the Yocto Project, a framework for building custom Linux distributions, and demonstrates how to use it to develop more complex applications for the Galileo. He provides examples of accessing hardware interfaces, such as I2C and SPI, and interacting with the Linux system through the Galileo's GPIO pins.

Building Projects with the Galileo

Building on the knowledge gathered, Richardson then presents a series of projects that showcase the Galileo's versatility. These projects cover a wide range of applications, from basic LED control to more advanced tasks like interfacing with sensors, driving motors, and communicating with web services.

Throughout these projects, Richardson emphasizes the synergy between the Galileo's Arduino-compatible microcontroller and its Linux environment, illustrating how this unique combination enables the board to handle complex tasks that would be challenging for traditional microcontrollers.

Conclusion and Future Prospects

In conclusion, Getting Started with Intel Galileo provides a comprehensive introduction to the Intel Galileo board, catering to both beginners and experienced Arduino enthusiasts. Richardson's clear explanations, accompanied by practical examples, help the reader understand the board's hardware, programming environment, and potential applications.

As the book draws to a close, Richardson discusses the future prospects of the Galileo platform, including its potential role in the Internet of Things (IoT) and its compatibility with cloud services. He leaves the reader with a sense of excitement about the possibilities that the Galileo offers for creating innovative, connected devices.