31,19 €
Intelligent IoT Projects in 7 days is about creating smart IoT projects in just 7 days. This book will help you to overcome the challenge of analyzing data from physical devices.
This book aims to help you put together some of the most exciting IoT projects in a short span of time. You'll be able to use these in achieving or automating everyday tasks—one project per day.
We will start with a simple smart gardening system and move on to a smart parking system, and then we will make our own vending machine, a smart digital advertising dashboard, a smart speaker machine, an autonomous fire fighter robot, and finally
look at a multi-robot cooperation using swarm intelligence
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Seitenzahl: 131
Veröffentlichungsjahr: 2017
BIRMINGHAM - MUMBAI
Copyright © 2017 Packt Publishing
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Every effort has been made in the preparation of this book to ensure the accuracy of the information presented. However, the information contained in this book is sold without warranty, either express or implied. Neither the author, nor Packt Publishing, and its dealers and distributors will be held liable for any damages caused or alleged to be caused directly or indirectly by this book.
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First published: September 2017
Production reference: 1070917
ISBN 978-1-78728-642-9
www.packtpub.com
Author
Agus Kurniawan
Copy Editor
Stuti Srivastava
Reviewers
Ruben Oliva Ramos
Pradeeka Seneviratne
Vasilis Tzivaras
Project Coordinator
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Commissioning Editor
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Proofreader
Safis Editing
Acquisition Editor
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Content Development Editor
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Graphics
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Production Coordinator
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Agus Kurniawan is a lecturer, IT consultant, and an author. He has experience in various software and hardware development projects, delivering materials in training and workshops, and delivering technical writing for 17 years. He has been awarded the Microsoft Most Valuable Professional (MVP) award for 13 years in a row.
He is currently doing some research and teaching activities related to networking and security systems at the Faculty of Computer Science, University of Indonesia, and the Samsung R&D Institute, Indonesia. Currently, he's pursuing a PhD in Computer Science in Germany.
Ruben Oliva Ramos is a Computer Systems Engineer from Tecnologico of León Institute, with a master's degree in Computer and Electronic Systems Engineering, Teleinformatics and Networking Specialization from the University of Salle Bajio in Leon, Guanajuato Mexico. He has more than five years of experience in developing WEB applications to control and monitor devices connected to Arduino, and Raspberry Pi using WEB Frameworks and Cloud Services to build the Internet of Things applications.
He is a mechatronics teacher the University of Salle Bajio and teaches students in the master's degree in Design and Engineering of Mechatronics Systems, he also works at Centro de Bachillerato Tecnologico Industrial 225 in Leon, Guanajuato Mexico, teaching subjects like: Electronics, Robotics and Control, Automation and Microcontrollers at the Mechatronics Technician Career, Consultant, and developer projects in areas like: Monitoring systems and data logger data using technologies: Android, iOS, Windows Phone, HTML5, PHP, CSS, Ajax, JavaScript, Angular, ASP .NET databases: SQLite, MongoDB, MySQL, WEB Servers: Node.js, IIS, hardware programming: Arduino, Raspberry Pi, Ethernet Shield, GPS and GSM/GPRS, ESP8266, control and monitor Systems for data Acquisition and Programming.
He has written the book Internet of Things Programming with JavaScript, by Packt. Also Monitoring, Controlling and Acquisition of Data with Arduino and Visual Basic .NET for Alfaomega.
Pradeeka Seneviratne is a software engineer with over 10 years of experience in computer programming and systems designing. He is an expert in the development of Arduino and Raspberry Pi-based embedded systems. Pradeeka is currently a full-time embedded software engineer who works with embedded systems and highly scalable technologies. Previously, he worked as a software engineer for several IT infrastructures and technology servicing companies. He collaborated with the Outernet (Free data from space, forever) project as a hardware volunteer and a software tester for Lighthouse, and Raspberry Pi-based DIY Outernet receivers based on Ku band satellite frequencies. He is also the author of four books:
Internet of Things with Arduino Blueprints, by PacktIoT: Building Arduino-based Projects, by PacktBuilding Arduino PLCs, by ApressRaspberry Pi 3 Projects for Java Programmers, by PacktVasilisTzivarasis a Computer Engineer holding a BSc degree in Computer Science and Engineering, University of Ioannina in Greece. His thesis is about the autonomous landing of a quadcopter using IBVS. During his studies, he was the chair of the IEEE Student Branch of the University of Ioannina. With his colleagues, he has organized workshops and lead projects relevant to robotics and other technologies. Using Arduino, Raspberry Pi, and other low cost and energy solutions he has taken part in many hackathons and contests and has also taken a good place. He is the writer of Building a Quadcopter with Arduino that was published in 2015 and Raspberry Pi Zero W Wireless Projects that will be published by the end of 2017.
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Preface
What this book covers
What you need for this book
Who this book is for
Conventions
Reader feedback
Customer support
Downloading the example code
Downloading the color images of this book
Errata
Piracy
Questions
A Simple Smart Gardening System
Introducing smart gardening system
Exploring gardening system platforms
Open Garden shield for Arduino
Grove Smart Plant Care kit for Arduino
EcoDuino
Sensor devices for a smart gardening system
Soil moisture sensor
Temperature and humidity sensor
Watering your garden and farm
Building a smart gardening system
Introducing the PID controller
Implementing a PID controller in Python
How it works
Sending data from the Arduino to the server
Controlling soil moisture using a PID controller
How it works
Summary
A Smart Parking System
Introducing smart parking systems
Sensor devices for a smart parking system
Ultrasonic sensor - HC-SR04
PIR motion sensor
Hall Effect sensor
Camera
Vehicle entry/exit detection
Vehicle plate number detection
Installing OpenALPR
Testing vehicle plate number detection
Vacant parking space detection
A parking management system
Building a smart parking system
Summary
Making Your Own Vending Machine
Introducing vending machines
Designing a vending machine
Central control machine
Detecting coins for payments
Detecting coin weight
Detecting coins using optical sensing
Building UI and UX for user interaction
Display interfacing
Input interfacing
Designing a database model
Building the vending machine
Summary
A Smart Digital Advertising Dashboard
Introducing smart digital advertising dashboards
Exploring digital signage platforms
1Play
Screenly
Xibo
Concerto
Designing a smart digital advertising system
Detecting human presence
PIR motion sensor
Ultrasonic sensor - HC-SR04
Thermal sensor
Optical sensor
Displaying and delivering ad content
Flask
Pyramid
Django
Building a smart digital advertising dashboard
Summary
A Smart Speaker Machine
Introducing smart speaker machines
Exploring existing smart speaker machines
Amazon Echo
Google Home
Ivee
Triby
Introducing ReSpeaker
How it works
Integrating your IoT boards with ReSpeaker
GPIO programming on ReSpeaker
Connecting to the Microsoft Bing Speech API
Building your own smart speaker machine
Summary
Autonomous Firefighter Robot
Introducing autonomous firefighter robots
Exploring robot platforms
Zumo robot for Arduino
MiniQ Discovery Arduino robot kit
Turtle kit - a 2WD DIY Arduino robotics kit for beginners
GoPiGo robot
Detecting a fire source
Grove - flame sensor
SainSmart flame detection sensor module
Demo - fire detection
Basic remote robot navigation
Detecting obstacles
How it works
Designing an autonomous robot
Building an autonomous firefighter robot
Summary
Multi-Robot Cooperation Using Swarm Intelligence
Introducing multi-robot cooperation
Learning about swarm intelligence
Implementing mesh network for multi-robot cooperation
XBee modules
Configuring XBee modules
Demo - data communication using XBee
How it works
XBee development for Arduino
Configuring the XBee module
Writing the sketch program
Testing
Working with the XBee library for Arduino
Designing a multi-robot cooperation model using swarm intelligence
Defining objectives
Selecting a robot platform
Selecting the algorithm for swarm intelligence
Summary
Essential Hardware Components
Internet of Things (IoT) is a ground-breaking technology that involves connecting numerous physical devices to the Internet and controlling them. Analyzing data from Internet of Things devices and converting it into something meaningful is currently driving the next level of IoT learning. Discover how to build your own Intelligent Internet of Things projects and bring a new degree of interconnectivity to your world.
Chapter 1, A Simple Smart Gardening System, begins with explaining how to build a simple smart gardening system with involved plant sensor devices and Arduino.
Chapter 2, A Smart Parking System, will teach you to build a smart parking system. Learn how to detect a car plate and to count the car parking duration. Various pattern recognition algorithms will be introduced to detect a car plate.
Chapter 3, Making Your Own Vending Machine, will help you build a simple vending machine, detecting a coin is an important part of the vending machine and building UI (User Interface) for the vending machine is explored.
Chapter 4, A Smart Digital Advertising Dashboard, teaches you to build a simple smart digital advertising which could detect people’s presence so the advertiser can obtain an effective report of how many people watch the ads display.
Chapter 5, A Smart Speaker Machine, will help you build a simple smart speaker machine. You will start to learn Amazon Echo and then build your own simple smart speaker machine.
Chapter 6, Autonomous Firefighter Robot, teaches you to build an autonomous robot which finds a fire source location and extinguish fires. You will also learn to find the fire source location and navigate to the source location.
Chapter 7, Multi-Robot Cooperation Using Swarm Intelligence, focuses on how to make transport cooperation among robots using swarm intelligence. You will also learn the concept of swarm intelligence so that you can implement it in among robots.
Appendix, Essential Hardware Components, covers mandatory hardware required for this book.
In order to work with Drupal 8 and to run the code examples found in this book, the following software will be required.
Web server software stack:
Web server: Apache (recommended), Nginx, or Microsoft IIS
Database: MySQL 5.5 or MariaDB 5.5.20 or higher
PHP: PHP 5.5.9 or higher
Chapter 1, A Simple Smart Gardening System, details all of these requirements and includes a recipe highlighting an out of the box development server setup.
You will also need a text editor, following is a suggestion of popular editors and IDEs:
Atom.io editor,
https://atom.io/
PHPStorm (specific Drupal integration),
https://www.jetbrains.com/phpstorm/
Vim with Drupal configuration,
https://www.drupal.org/project/vimrc
Your operating system’s default text editor or command line file editors
For more information on hardware retirements, you may refer Appendix section of this book
If you're a developer, IoT enthusiast, or just someone curious about Internet of Things, then this book is for you. A basic understanding of electronic hardware, networking, and basic programming skills would do wonders.