Powering Industrial Growth with IoT Innovations.
Key Features
● Unlock the potential of IoT across industries while honing your skills to design and build IoT devices.
● Dive into architectural frameworks, enriched with real-world examples, to navigate IoT complexities and implement effective solutions for tangible results.
● Gain insights into emerging trends shaping the future of IoT and Industry 4.0.
Book Description
Embark on a journey through the transformative landscape of IoT with this comprehensive guide, “Mastering IoT For Industrial Environments”.
From its inception in the Industrial Revolution to its pivotal role in Industry 4.0, each chapter provides a deep dive into essential concepts. It will explore IoT architecture, microcontrollers, communication protocols, and interfacing protocols. Delve into MQTT, the protocol for IoT, and machine-to-machine communication. Discover the transition to ESP-IDF and the future of IoT in Industry 4.0.
This book provides readers with practical insights into implementing IoT solutions within industrial contexts. Through a meticulously curated array of case studies and real-world applications, readers gain invaluable perspectives on the prevailing IoT trends shaping industrial landscapes. Spanning from intelligent factories and predictive maintenance to supply chain optimization and energy management, the book addresses a spectrum of topics reflective of contemporary industrial challenges and opportunities.
What you will learn
● Gain a comprehensive understanding of Industry 4.0, delving into its historical context and core principles, with a focus on its technological cornerstone, IoT.
● Explore the layered architecture of IoT, covering perception, network, cloud, and application layers.
● Dive into the functionalities and applications of microcontrollers in IoT projects, particularly Arduino and ESP microcontrollers for beginners.
● Understand the IoT product development framework and the significance of machine-to-machine communication in the IoT ecosystem across various domains.
● Comprehend the diverse communication protocols used in IoT systems, analyzing their strengths, weaknesses, and practical applications.
Who is this book for?
This book is tailored for engineers and professionals within industrial sectors looking to grasp and execute IoT solutions effectively. It also caters to students, academics delving into IoT studies, and individuals keen on staying abreast of the latest trends in Industry 4.0.
Author(s): Shrey Sharma
Publisher: Orange Education Pvt Ltd, AVA™
Year: 2024
Language: English
Pages: 254
Cover Page
Title Page
Copyright Page
Dedication Page
About the Author
About the Technical Reviewer
Acknowledgements
Preface
Errata
Table of Contents
1. Industrial Revolution with IoT
Introduction
Structure
Brief History of the Industrial Revolution
The First Industrial Revolution
The Second Industrial Revolution
The Third Industrial Revolution
The Industry 4.0
Recognizing Industry 4.0
The Internet of Things
A Brief History of IoT
Pillars of IoT
Growth of IoT
Applications of IoT
Future Trends in IoT
Security Concerns in IoT
Conclusion
References
2. The Architecture of IoT
Introduction
Structure
Architecture of IoT
Perception Layer
Sensors
Actuators
Relays
Micro-Controllers
Network Layer
Communication Technology
Gateways
Cloud Platform
Application Layer
Conclusion
References
3. Microcontrollers – The Brain Behind IoT Devices
Introduction
Structure
Evolution and History of Microcontrollers
Components in a Microcontroller
Processor
Memory
Volatile Memory
Non-volatile Memory
I/O Ports
Analog I/O
Interrupts
Timers
Getting Started with Arduino UNO R3
Power Pins
Digital GPIOs
Analog Pins
PWM Pins
Programming the Arduino board with Arduino IDE
The Blinking of LED
Introduction to ESP-12 and the ESP Family
Conclusion
References
4. Communication Protocols in IoT
Introduction
Structure
Significance of Communication Technologies
Creating a web of Interconnected devices
Empowering Remote Control and Monitoring
Driving Innovation and Industry Transformation
Enhancing Efficiency and Resource Management
Common Communication Technologies in IoT
Wi-Fi
GSM
The Rise of LTE-M: Powering the Internet of Things
Zigbee
Z-Wave
Bluetooth Low Energy (BLE)
Long Range (LoRa)
NB-IoT
Factors to Consider Before Choosing Any Communication Technology
Communication Protocols in IoT
Commonly Used Communication Protocols in IoT
Conclusion
References
5. Introduction to Interfacing Protocols
Introduction
Structure
Communication Interfaces
Serial Communication Interface – UART
Working of UART
USART
UART Communication in Arduino
Hardware Setup
Programming
SPI
Working of SPI Protocol
SPI Communication in Nodemcu
Hardware Setup
Programming the Master (Nodemcu)
I2C
Data Transmission in IIC
Components of IIC
I2C Communication in Nodemcu
Conclusion
References
6. MQTT – The Protocol for Internet of Things
Introduction
Structure
Architecture of MQTT
Features of MQTT
MQTT Packet Structure
MQTT Packet Types
MQTT Packet Structure
Using MQTT with ESP-12
Communicating ESP-12 with MQTT client
MQTT Broker
Part 1: Setting Up an MQTT Broker
Part 2: Securing Your MQTT Broker
Securing MQTT Communication
Conclusion
References
7. Machine-to-Machine Communication
Introduction
Structure
M2M Communication in Sensor Networking
M2M Communication
Sensor Networking
Sensor Nodes
Communication Protocols
Data Aggregation and Processing
Significance of M2M in Sensor Networking
M2M with ESP Microcontrollers
Key Features of ESP Microcontrollers
Wi-Fi Modes in ESP devices
Station Mode: Connecting ESP to Wi-Fi
Access Point Mode
Client–Server Communication Using ESP-12 Microcontroller
Wireless Sensor Network Using Client-Server M2M
ESP-NOW
Key Features of ESP-NOW
Implementing ESP-NOW in ESP8266/ESP32
Conclusion
References
8. Shifting to ESP-IDF
Introduction
Structure
ESP-IDF over Arduino-IDE
Advantages of ESP-IDF over Arduino IDE
Features of ESP-IDF
Setting up Environment for ESP-IDF
macOS
Windows
Installing VS Code
ESP32 Compilation System
File Structure
Components of a Project
Main Program File
Configuration Files
Build Directory
Common idf.py Commands
Coding with ESP-IDF
Blinking of LED
Compiling the code
Connecting ESP-32 to Wi-Fi
Conclusion
References
9. IoT in Industry 4.0
Introduction
Structure
Industry 3.0 vs. Industry 4.0: A Paradigm Shift in Manufacturing
Industry 3.0: The Era of Automation
The Emergence of Industry 4.0: The Fourth Industrial Revolution
The Sudden Shift in Industry 4.0
Implications of the Shift: Transformation in Manufacturing
Top Technologies in Industry 3.0
Networking Technologies in Industry 3.0
Introduction to Serial Communication
MODBUS: The Protocol for Industry 3.0
Importance of MODBUS in Industry 3.0
RS-232
Understanding RS232 Protocol
Technical Specifications
Benefits of RS232
Industrial Applications
RS-485
Understanding RS485 Protocol
Technical Specifications
Benefits of RS485
Industrial Applications
Digitizing MODBUS
IoT Gateway as a Solution
Benefits of Modbus Digitization with IoT Gateways
Challenges and Considerations
Case Studies and Success Stories
MODBUS and NODEMCU
Code for NODEMCU
Code Explanation
Hardware Connection
OneM2M Communication
Importance of OneM2M Communication in Industry 4.0
Benefits of OneM2M
Matter: The Next Big Thing in IoT Smart Home
Beyond the Hype: Matter in Action
Latest Updates about Matter
Benefits for the End User
Conclusion
References
Index
