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Beginning Sensor Networks ­with Xbee, Raspberry Pi, ­and Arduino
Sensing the World with Python and Micropython

Rating
Format
Paperback, 716 pages
Published
United States, 1 June 2020


Chapter 1: Introduction to Sensor Networks

Chapter Goal: Provide the reader with the basics of sensor network terminology.

. Anatomy of a Sensor Network

. Communication Media

. Types of Sensor Nodes

. Sensors


Chapter 2: Brief Introduction to XBee

Chapter Goal: Explain the XBee modules, their protocols, and demonstrate basic usage.

. What is an XBee?

. XBee Primer

. Introducing MicroPython

. An XBee Wireless Chat Room

. Building an XBee-ZB Mesh Network

. Component Shopping List

. Troubleshooting Tips and Common Issues


Chapter 3: How to Program in MicroPython

Chapter Goal: Teach readers how to program in MicroPython

. Basic Concepts

. Variables and Statements

. Loops

. Methods and Classes

. MicroPython Libraries

. Built-In and Standard Libraries


Chapter 4: XBee-based Sensor Nodes

Chapter Goal: Demonstrate how to create sensor nodes using XBee modules.

. How to Host Sensors with XBee

. Building an XBee Environment Sensor

. Example: Using XBee Modules to Gather Data


Chapter 5: Raspberry Pi-based Sensor Nodes

Chapter Goal: Demonstrate how to create sensor nodes using Raspberry Pi including introducing the Raspberry Pi.

. What is a Raspberry Pi?

. Raspberry Pi Tutorial

. Hosting Sensors with Raspberry Pi

. Project: Building a Raspberry Sensor Node

. Project: Building a Raspberry Barometric Pressure Sensor Node

. Project: Creating a Raspberry Pi Data Collector for XBee Sensor Nodes

. Component Shopping List


Chapter 6: Arduino-based Sensor Nodes

Chapter Goal: Demonstrate how to create sensor nodes using an Arduino including introducing the Arduino platform.
. What is an Arduino?

. Arduino Tutorial

. Hosting Sensors with Arduino

. Project: Building an Arduino Temperature Sensor

. Project: Using an Arduino as A Data Collector for XBee Sensor Nodes

. Component Shopping List


Chapter 7: Methods for Storing Sensor Data

Chapter Goal: Explain how to store sensor data on the sensor or data nodes.

. Storage Methods

. Local Storage Options for the Arduino

. Local Storage Options for the Raspberry Pi
. Remove Storage Options

. Component Shopping List


Chapter 8: Turning Your Raspberry Pi into a Database Server

Chapter Goal: Introduce MySQL and demonstrate how to setup a Raspberry Pi as a MySQL Database server.

. What is MySQL?

. Getting Started with MySQL

. Building a Raspberry Pi MySQL Server

. Component Shopping List


Chapter 9: MySQL and Arduino: United at Last!

Chapter Goal: Introduce MySQL Connector/Arduino and demonstrate how to connect Arduino directly to a MySQL server to store data via several example projects.
. Introducing Connector/Arduino

. Building Connector/Arduino-Enabled Sketches

. Troubleshooting Connector/Arduino

. A Tour of the MySQL Connector/Arduino Code

. Project: Building an Arduino MySQL Client
. Project: Inserting Data from Variables

. Project: How to Perform SELECT Queries

. Component Shopping List


Chapter 10: Building Your Network: Arduino Wireless Aggregator + Wireless Sensor Node + Raspberry Pi Server

Chapter Goal: Provide an overview of how sensor networks are constructed and provide a foundation for further exploration including a simple, complete project.

. Data Aggregator Nodes

. Component Shopping List


Chapter 11: Putting It All Together

. Sensor Networks Best Practices

. Choosing Sensor Nodes

. Project: Home Temperature Monitoring

. Optional Component Shopping List

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Product Description


Chapter 1: Introduction to Sensor Networks

Chapter Goal: Provide the reader with the basics of sensor network terminology.

. Anatomy of a Sensor Network

. Communication Media

. Types of Sensor Nodes

. Sensors


Chapter 2: Brief Introduction to XBee

Chapter Goal: Explain the XBee modules, their protocols, and demonstrate basic usage.

. What is an XBee?

. XBee Primer

. Introducing MicroPython

. An XBee Wireless Chat Room

. Building an XBee-ZB Mesh Network

. Component Shopping List

. Troubleshooting Tips and Common Issues


Chapter 3: How to Program in MicroPython

Chapter Goal: Teach readers how to program in MicroPython

. Basic Concepts

. Variables and Statements

. Loops

. Methods and Classes

. MicroPython Libraries

. Built-In and Standard Libraries


Chapter 4: XBee-based Sensor Nodes

Chapter Goal: Demonstrate how to create sensor nodes using XBee modules.

. How to Host Sensors with XBee

. Building an XBee Environment Sensor

. Example: Using XBee Modules to Gather Data


Chapter 5: Raspberry Pi-based Sensor Nodes

Chapter Goal: Demonstrate how to create sensor nodes using Raspberry Pi including introducing the Raspberry Pi.

. What is a Raspberry Pi?

. Raspberry Pi Tutorial

. Hosting Sensors with Raspberry Pi

. Project: Building a Raspberry Sensor Node

. Project: Building a Raspberry Barometric Pressure Sensor Node

. Project: Creating a Raspberry Pi Data Collector for XBee Sensor Nodes

. Component Shopping List


Chapter 6: Arduino-based Sensor Nodes

Chapter Goal: Demonstrate how to create sensor nodes using an Arduino including introducing the Arduino platform.
. What is an Arduino?

. Arduino Tutorial

. Hosting Sensors with Arduino

. Project: Building an Arduino Temperature Sensor

. Project: Using an Arduino as A Data Collector for XBee Sensor Nodes

. Component Shopping List


Chapter 7: Methods for Storing Sensor Data

Chapter Goal: Explain how to store sensor data on the sensor or data nodes.

. Storage Methods

. Local Storage Options for the Arduino

. Local Storage Options for the Raspberry Pi
. Remove Storage Options

. Component Shopping List


Chapter 8: Turning Your Raspberry Pi into a Database Server

Chapter Goal: Introduce MySQL and demonstrate how to setup a Raspberry Pi as a MySQL Database server.

. What is MySQL?

. Getting Started with MySQL

. Building a Raspberry Pi MySQL Server

. Component Shopping List


Chapter 9: MySQL and Arduino: United at Last!

Chapter Goal: Introduce MySQL Connector/Arduino and demonstrate how to connect Arduino directly to a MySQL server to store data via several example projects.
. Introducing Connector/Arduino

. Building Connector/Arduino-Enabled Sketches

. Troubleshooting Connector/Arduino

. A Tour of the MySQL Connector/Arduino Code

. Project: Building an Arduino MySQL Client
. Project: Inserting Data from Variables

. Project: How to Perform SELECT Queries

. Component Shopping List


Chapter 10: Building Your Network: Arduino Wireless Aggregator + Wireless Sensor Node + Raspberry Pi Server

Chapter Goal: Provide an overview of how sensor networks are constructed and provide a foundation for further exploration including a simple, complete project.

. Data Aggregator Nodes

. Component Shopping List


Chapter 11: Putting It All Together

. Sensor Networks Best Practices

. Choosing Sensor Nodes

. Project: Home Temperature Monitoring

. Optional Component Shopping List

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Product Details
EAN
9781484257951
ISBN
1484257952
Publisher
Other Information
Illustrated
Dimensions
23.4 x 15.6 x 3.8 centimeters (1.03 kg)

Table of Contents

Chapter 1: Introduction to Sensor Networks.- Chapter 2: Tiny Talking Modules: An Introduction to XBee.- Chapter 3: Programming in MicroPython.- Chapter 4: XBee-based Sensor Nodes.- Chapter 5: Raspberry Pi-based Sensor Nodes.- Chapter 6: Arduino-based Sensor Nodes.- Chapter 7: Methods for Storing Sensor Data.- Chapter 8: Turning Your Raspberry Pi into a Database Server.- Chapter 9: MySQL and Arduino: United at Last!.- Chapter 10: Building Your Network: Arduino Wireless Aggregator + Wireless Sensor Node + Raspberry Pi Server.- Chapter 11: Putting It All Together.- Appendix.

About the Author

Charles Bell conducts research in emerging technologies. He is a member of the Oracle MySQL Development team and is the team lead for the MySQL Utilities team. He lives in a small town in rural Virginia with his loving wife. He received his Doctor of Philosophy in Engineering from Virginia Commonwealth University in 2005. Dr. Bell is an expert in the database field and has extensive knowledge and experience in software development and systems engineering. His research interests include 3D printers, microcontrollers, three-dimensional printing, database systems, software engineering, and sensor networks. He spends his limited free time as a practicing Maker focusing on microcontroller projects and refinement of three-dimensional printers. Dr. Bell maintains a blog on his research projects and many other interests. 

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