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Developing IoT Projects with ESP32 2nd Edition by Vedat Ozan Oner 1803237686 9781803237688

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Developing IoT Projects with ESP32: Discover the IoT development ecosystem with ESP32 to create production-grade smart devices 2nd Edition Vedat Ozan Oner Digital Instant Download

Author(s): Vedat Ozan Oner
ISBN(s): 9781803237688, 1803237686
Edition: 2
File Details: PDF, 21.76 MB
Year: 2023
Language: English
SKU: EB-55624530 Category: Tag:

Developing IoT Projects with ESP32 2nd Edition by Vedat Ozan Oner – Ebook PDF Instant Download/Delivery: 1803237686, 9781803237688

Full download Developing IoT Projects with ESP32 2nd Edition after payment 

Product details:

ISBN 10: 1803237686 

ISBN 13: 9781803237688

Author: Vedat Ozan Oner

ESP32, a low-cost and energy-efficient system-on-a-chip microcontroller, has become the backbone of numerous WiFi devices, fueling IoT innovation. This book offers a holistic approach to building an IoT system from the ground up, ensuring secure data communication from sensors to cloud platforms, empowering you to create production-grade IoT solutions using the ESP32 SoC. Starting with IoT essentials supported by real-world use cases, this book takes you through the entire process of constructing an IoT device using ESP32. Each chapter introduces new dimensions to your IoT applications, covering sensor communication, the integration of prominent IoT libraries like LittleFS and LVGL, connectivity options via WiFi, security measures, cloud integration, and the visualization of real-time data using Grafana. Furthermore, a dedicated section explores AI/ML for embedded systems, guiding you through building and running ML applications with tinyML and ESP32-S3 to create state-of-the-art embedded products. This book adopts a hands-on approach, ensuring you can start building IoT solutions right from the beginning. Towards the end of the book, you’ll tackle a full-scale Smart Home project, applying all the techniques you’ve learned in real-time. Embark on your journey to build secure, production-grade IoT systems with ESP32 today!

Table of contents:

  1. Who this book is for
  2. What this book covers
  3. To get the most out of this book
  4. Get in touch
  5. Introduction to IoT development and the ESP32 platform
  6. Technical requirements
  7. Understanding the basic structure of IoT solutions
  8. IoT security
  9. The ESP32 product family
  10. ESP32 series
  11. Other SoCs
  12. Development platforms and frameworks
  13. RTOS options
  14. Summary
  15. Understanding the Development Tools
  16. Technical requirements
  17. ESP-IDF
  18. The first application
  19. ESP-IDF Terminal
  20. PlatformIO
  21. Hello world with PlatformIO
  22. PlatformIO Terminal
  23. FreeRTOS
  24. Creating the producer-consumer project
  25. Coding application
  26. Running the application
  27. Debugging
  28. Unit testing
  29. Creating a project
  30. Coding the application
  31. Adding unit tests
  32. Running unit tests
  33. Summary
  34. Questions
  35. Further reading
  36. Using ESP32 Peripherals
  37. Technical requirements
  38. Driving General-Purpose Input/Output (GPIO)
  39. Turning an LED on/off by using a button
  40. Creating a project
  41. Coding the application
  42. Troubleshooting
  43. Interfacing with sensors over Inter-Integrated Circuit (I2C)
  44. Developing a multisensor application
  45. Creating a project
  46. Coding the application
  47. Troubleshooting
  48. Integrating with SD cards over Serial Peripheral Interface (SPI)
  49. Adding SD card storage
  50. Creating the project
  51. Coding the application
  52. Testing the application
  53. Troubleshooting
  54. Audio output over Inter-IC Sound (I²S)
  55. Developing a simple audio player
  56. Coding the application
  57. Testing the application
  58. Developing graphical user interfaces on Liquid-Crystal Display (LCD)
  59. A simple graphical user interface (GUI) on ESP32
  60. Creating the project
  61. Coding the application
  62. Testing the application
  63. Summary
  64. Questions
  65. Further reading
  66. Employing Third-Party Libraries in ESP32 Projects
  67. Technical requirements
  68. LittleFS
  69. Creating a project
  70. Coding the application
  71. Testing the application
  72. Nlohmann-JSON
  73. Creating a project
  74. Coding the application
  75. Testing the application
  76. Miniz
  77. Creating a project
  78. Coding the project
  79. Testing the application
  80. FlatBuffers
  81. Creating a project
  82. Coding the application
  83. Testing the application
  84. LVGL
  85. Designing the GUI
  86. Creating a project
  87. Coding the application
  88. Testing the application
  89. ESP-IDF Components library
  90. Espressif frameworks and libraries
  91. Summary
  92. Questions
  93. Project – Audio Player
  94. Technical requirements
  95. The feature list of the audio player
  96. Solution architecture
  97. Developing the project
  98. Designing the GUI
  99. Creating the IDF project
  100. Coding the application
  101. Testing the Project
  102. New features
  103. Troubleshooting
  104. Summary
  105. Using Wi-Fi Communication for Connectivity
  106. Technical requirements
  107. Connecting to local Wi-Fi
  108. Creating a project
  109. Coding the application
  110. Testing the application
  111. Troubleshooting
  112. Provisioning ESP32 on a Wi-Fi network
  113. Creating a project
  114. Coding the application
  115. Testing application
  116. Troubleshooting
  117. Communicating over MQTT
  118. Installing the MQTT broker
  119. Creating a project
  120. Coding the application
  121. Testing the application
  122. Troubleshooting
  123. Running a RESTful server on ESP32
  124. Creating the project
  125. Coding the application
  126. Testing the application
  127. Consuming RESTful services
  128. Creating the project
  129. Coding the application
  130. Testing the application
  131. Troubleshooting
  132. Summary
  133. Questions
  134. Further reading
  135. ESP32 Security Features for Production-Grade Devices
  136. Technical requirements
  137. ESP32 security features
  138. Secure Boot v1
  139. Secure Boot v2
  140. Digital Signature (DS)
  141. ESP Privilege Separation
  142. Over-the-air updates
  143. Upgrading firmware from an HTTPS server
  144. Preparing the server
  145. Creating a project
  146. Coding the application
  147. Testing the application
  148. Troubleshooting
  149. Utilizing RainMaker for OTA updates
  150. Configuring RainMaker
  151. Creating a project
  152. Coding the application
  153. Testing the application
  154. Troubleshooting
  155. Sharing data over secure MQTT
  156. Creating a project
  157. Coding the application
  158. Testing the application
  159. Troubleshooting
  160. Summary
  161. Questions
  162. Further reading
  163. Connecting to Cloud Platforms and Using Services
  164. Technical requirements
  165. Developing on AWS IoT
  166. Hardware setup
  167. Creating an AWS IoT thing
  168. Configuring a project
  169. Coding the application
  170. Testing the application
  171. Troubleshooting
  172. Visualizing with Grafana
  173. Creating a Timestream database
  174. Creating a Grafana workspace
  175. Creating a Grafana dashboard
  176. Troubleshooting
  177. Integrating an ESP32 device with Amazon Alexa
  178. Updating the thing shadow
  179. Creating the lambda handler
  180. Coding the lambda handler
  181. Creating the smart home skill
  182. Troubleshooting
  183. Summary
  184. Questions
  185. Further reading
  186. Project – Smart Home
  187. Technical requirements
  188. The feature list of the smart home solution
  189. Solution architecture
  190. Setting up plug hardware
  191. Setting up multisensor hardware
  192. Software architecture
  193. Implementation
  194. Preparing common libraries
  195. Creating IDF component
  196. Coding IDF component
  197. Developing plug
  198. Adding plug node
  199. Coding application
  200. Developing multisensor
  201. Adding sensor node
  202. Adding a GUI
  203. Coding the application
  204. Testing project
  205. Testing plug
  206. Testing the multisensor application
  207. Using smart home features
  208. Troubleshooting
  209. New features
  210. Summary
  211. Machine Learning with ESP32
  212. Technical requirements
  213. Learning the ML basics
  214. ML approaches to solve computing problems
  215. Supervised learning
  216. Unsupervised learning
  217. Reinforced learning
  218. TinyML pipeline
  219. Data collection and preprocessing
  220. Designing and training a model
  221. Optimizing and preparing the model for deployment
  222. Running inference on an IoT device
  223. Running inference on ESP32
  224. Creating the project
  225. Coding the application
  226. Testing the application
  227. Developing a speech recognition application
  228. Creating the project
  229. Coding the application
  230. Testing the application
  231. Troubleshooting
  232. Summary
  233. Questions
  234. Further reading
  235. Developing on Edge Impulse
  236. Technical requirements
  237. An overview of Edge Impulse
  238. Cloning an Edge Impulse project
  239. Using the ML model on ESP32
  240. The model library
  241. The application code
  242. Testing the application
  243. Troubleshooting
  244. Next steps for TinyML development
  245. The Netron app
  246. TinyML Foundation
  247. ONNX format
  248. Project ideas
  249. Image processing with ESP32-S3-EYE
  250. Anomaly detection
  251. Summary
  252. Questions
  253. Further reading
  254. Project – Baby Monitor
  255. Technical requirements
  256. The feature list of the baby monitor
  257. Solution architecture
  258. Implementation
  259. Generating the ML model
  260. Creating an IDF project
  261. Developing the application
  262. Testing the project
  263. Troubleshooting
  264. New features

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Tags: Vedat Ozan Oner, Developing, Projects, ESP32

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