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  • Book Overview & Buying TinyML Cookbook
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TinyML Cookbook

TinyML Cookbook - Second Edition

By : Gian Marco Iodice
4.8 (14)
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TinyML Cookbook

TinyML Cookbook

4.8 (14)
By: Gian Marco Iodice

Overview of this book

Discover the incredible world of tiny Machine Learning (tinyML) and create smart projects using real-world data sensors with the Arduino Nano 33 BLE Sense, Raspberry Pi Pico, and SparkFun RedBoard Artemis Nano. TinyML Cookbook, Second Edition, will show you how to build unique end-to-end ML applications using temperature, humidity, vision, audio, and accelerometer sensors in different scenarios. These projects will equip you with the knowledge and skills to bring intelligence to microcontrollers. You'll train custom models from weather prediction to real-time speech recognition using TensorFlow and Edge Impulse.Expert tips will help you squeeze ML models into tight memory budgets and accelerate performance using CMSIS-DSP. This improved edition includes new recipes featuring an LSTM neural network to recognize music genres and the Faster-Objects-More-Objects (FOMO) algorithm for detecting objects in a scene. Furthermore, you’ll work on scikit-learn model deployment on microcontrollers, implement on-device training, and deploy a model using microTVM, including on a microNPU. This beginner-friendly and comprehensive book will help you stay up to date with the latest developments in the tinyML community and give you the knowledge to build unique projects with microcontrollers!
Table of Contents (16 chapters)
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13
Conclusion
14
Other Books You May Enjoy
15
Index

Summary

In the first part of this chapter, we walked through the steps of recording audio clips using an external microphone with the Raspberry Pi Pico and analyzed the compute build blocks of the MFCCs feature extraction algorithm.

Our practical journey started by learning to connect the microphone to the Raspberry Pi Pico and record audio clips using the ADC peripheral and timer interrupts.

Then, we crafted a Python script to create audio files from the samples transmitted by the microcontroller over the serial connection. This script was then extended to upload the audio files to Google Drive, laying the foundation for building the training dataset. Given the large number of samples required for training the ML model, we collected the training data from the GTZAN dataset and audio recordings captured with the Raspberry Pi Pico. After the dataset preparation, we finally analyzed and implemented the MFCCs feature extraction using TensorFlow.

In the upcoming second part...

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Tech Concepts
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Programming languages
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TinyML Cookbook
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