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Accelerating IoT Development with ChatGPT

You're reading from   Accelerating IoT Development with ChatGPT A practical guide to building your first IoT project using AI-assisted coding and cloud integration

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Product type Paperback
Published in Aug 2024
Publisher Packt
ISBN-13 9781835461624
Length 368 pages
Edition 1st Edition
Tools
Concepts
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Author (1):
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Jun Wen Jun Wen
Author Profile Icon Jun Wen
Jun Wen
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Table of Contents (22) Chapters Close

Preface 1. Part 1: Understanding IoT Fundamentals FREE CHAPTER
2. Chapter 1: IoT Essentials, All You Should Know 3. Chapter 2: IoT Network, the Neural System of Things 4. Chapter 3: IoT End Devices, the Neuron Cells of an IoT System 5. Chapter 4: Wireless Connectivity, the Nervous Pathway to Delivering IoT Data 6. Chapter 5: The Cloud, IoT’s “Superpower Brain” 7. Part 2: Utilizing AI in IoT Development
8. Chapter 6: Applying ChatGPT in the IoT Innovation Journey 9. Chapter 7: Recommendations to Start Your First IoT Project 10. Chapter 8: 10 Beginner-Friendly IoT Projects with ChatGPT Prompts 11. Chapter 9: Using AI Tools to Draw Application Flow Diagrams 12. Part 3: Practicing an End-to-End Project
13. Chapter 10: Setting Up the Development Environment for Your First Project 14. Chapter 11: Programming Your First Code on ESP32 15. Chapter 12: Establishing Wi-Fi Connectivity 16. Chapter 13: Connecting the ESP32 to AWS IoT Core 17. Chapter 14: Publishing Sensor Data to AWS IoT Core 18. Chapter 15: Processing, Storing, and Querying Sensor Data on AWS Cloud 19. Chapter 16: Creating a Data Visualization Dashboard on ThingsBoard 20. Index 21. Other Books You May Enjoy

Project 8 – collision detection

This project focuses on the concept of collision detection, an essential component in many fields and applications. The main feature of this project is the use of a switch sensor, which is also commonly known as a bump switch, a mechanical switch, or a tactile switch.

These types of switches are simple, yet highly effective, making them a popular choice for detecting physical contact or impact. They are widely used in various fields and applications, ranging from complex robotic systems to critical safety devices. The primary function of these switches is their ability to change states – from ON to OFF or vice versa – upon encountering any sort of physical force or obstruction.

This unique characteristic makes them exceptionally suitable for tasks requiring basic collision or proximity detection. Whether it is to prevent a robot from bumping into an obstacle or to trigger an alarm when a certain boundary is breached, these...

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