Titlebook: Java on the Raspberry Pi; Develop Java Program Greg Flurry Book 2021 Greg Flurry 2021 Raspberry Pi.Robotics.IoT.Java.NetBeans.Arduino.USB.W

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Raspberry Pi Zero W Setup,I assume if you are reading this chapter, you are interested in building IoT projects using the Raspberry Pi Zero W (I’ll use Zero in the rest of this chapter) and Java. In this chapter, you will learn how to

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Set Up the Workstation,In the previous two chapters, you configured a Raspberry Pi to support robotics and IoT projects written in Java and to enable remote computing. In this chapter, I’ll show you how to set up your workstation for remote computing and how to connect the workstation to the Pi. You’ll set up two forms of remote computing:

Cloudburst

Remote Java Development with NetBeans,In this chapter, I’ll show you the basics of remote Java development with NetBeans. I’ll teach you how to install NetBeans and configure it for remote development. The configuration works on the Raspberry Pi 3 Model B+ set up in Chapter . and the Raspberry Pi Zero W set up in Chapter .. I’ll discuss how to

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Device Support in Java,In Chapter ., I mentioned the challenge of finding or creating device libraries for your devices when using Java on the Raspberry Pi. That challenge occurs at two levels:

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The diozero Base I/O API,In this chapter, you’ll learn more about the diozero base I/O API you’ll use in this book to create Java libraries to support your devices on the Raspberry Pi. We’ll cover

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An Inertial Measurement Unit,In this chapter, we’ll examine another device I used in my autonomous rover – an inertial measurement unit (IMU). An IMU is present in many mobile robotics projects, as it helps determine the robot’s orientation as it travels from one point to another. The device is the . (see .). That name is way too long, so I’ll use the term . in this chapter.

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An Environmental Sensor,In this chapter, we’ll produce a device library for a commonly used IoT device – an environmental sensor. For this book, I chose the Bosch BME280, which measures humidity, pressure, and temperature. The BME280 is a hugely popular sensor, and you can find many breakout boards built with the sensor that make it very easy to include in your project.

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A Stepper Motor Driver,In this chapter, we’ll build a device library for a stepper motor driver. Stepper motors get used primarily in robotics projects, but it is not inconceivable they could be used in IOT projects.

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Greg FlurryCreate sophisticated applications for the Raspberry Pi with Java using a world class development tool.Explore working Java examples for a range of devices.Experience a set of techniques that allow you