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Mas o que *é* uma Rede Neural? | Deep learning, capítulo 1
Descida de gradiente, como as redes neurais aprendem | Deep learning, capítulo 2
What is backpropagation really doing? | Chapter 3, Deep learning
Backpropagation calculus | Chapter 4, Deep learning







Visualization is a great tool in understanding complex/new topics. This page contains animations for various Machine Learning topics aimed at creating a better understanding of the topics.








Visualization is a great tool in understanding complex/new topics. This page contains animations for various Machine Learning topics aimed at creating a better understanding of the topics.

Design, train, and analyze deep learning networks.

Build and train a machine learning model to meet your project goals using the tools that best meet your needs. ONNX is an open format built to represent machine learning models. ONNX defines a common set of operators - the building blocks of machine learning and deep learning models - and a common file format to enable AI developers to use models with a variety of frameworks, tools, runtimes, and compilers.
These models are learned and applied for problems ranging from simple regression, to large-scale visual classification, to Siamese networks for image similarity, to speech and robotics applications.

These models are learned and applied for problems ranging from simple regression, to large-scale visual classification, to Siamese networks for image similarity, to speech and robotics applications.


Universities are at the forefront of nurturing the next generation in the emerging technologies of accelerated computing, data science, and AI. NVIDIA Deep Learning Institute (DLI) Teaching Kits lower the barrier of incorporating AI and GPU computing in coursework with downloadable teaching materials and online courses that provide the foundation for understanding and building hands-on expertise in these critical areas.
- Pereceptron - AND, OR, NOR Logic.


























Professor Marcelo Rovai
IESTI01 TinyML Class 1 - About the course and syllabus
IESTI01 TinyML Class 2 - Introduction to TinyML
IESTI01 TinyML Class 3 - TinyML challenges
IESTI01 TinyML Class 4 - Jupyter Notebook, Google CoLab and Python Review
IESTI01 TinyML Class 5 - The ML Paradigm
IESTI01 TinyML Class 6 - ML regression with DNN
IESTI01 TinyML Class 7 - The building blocks of ML -Part A 
IESTI01 TinyML Class 8 - The building blocks of ML -Part B 
IESTI01 TinyML Class 9 - The building blocks of ML -Part C 
IESTI01 TinyML Class 10 - Introducing Convolutions
IESTI01 TinyML Class 11 - CNN Recap
IESTI01 TinyML Class 12 - Preventing Overfitting
IESTI01 TinyML Class 13 - AI Lifecycle and ML Workflow
IESTI01 TinyML Class 14 - AI Lifecycle and ML Workflow
IESTI01 TinyML Class 15 - Introduction to Edge Pulse Studio
IESTI01 TinyML Class 16 - Gesture Classification - Edge Pulse Studio Project 
IESTI01 TinyML Class 17 - Anomaly Detection with TinyML 
IESTI01 TinyML Class 18 - Data Engineering for TinyML 
IESTI01 TinyML Class 19 - TinyML Kit Overview, Installation and Test 
IESTI01 TinyML Class 20 - Gesture Classification & Anomaly Detection with Arduino Nano-33 BLE
IESTI01 TinyML Class 21 - Keyword Spotting (KWS) Introduction

IESTI01 TinyML Class 22 - Keyword Spotting (KWS) - Edge Impulse Studio

IESTI01 TinyML Classes 23 and 24 - ML for the physical world


IESTI01 TinyML Class 25 - Visual Wake Words - Introduction


IESTI01 TinyML Class 26 - VWW - Demo/Lab


IESTI01 TinyML Class 27 - Parte A - Image Classification using Edge Impulse Studio
IESTI01 TinyML Class 27 - Parte B - Arduino Code Walkthrough


IESTI01 TinyML Class 28 - VWW - Demo/Lab


IESTI01 TinyML Class 28 - "Privacy in Context" by Susan Kennedy (Harvard)
IESTI01 TinyML Classes 29 and 30 - Group Presentations
» Group 1 - Seismic Detection
» Group 2 - Fire Detection
» Group 3 - Covid Detection (cough)
» Group 4 - Mask Detection
» Group 5 - Personal Trainer














* - Compartilhamento de idéias e experiências no mundo da Eletrônica. Ênfase no uso de plataformas de desenvolvimento baseadas em microcontroladores, como Arduino e computadores completos do tamanho de cartões de crédito como o Raspberry-Pi.
* - Blog voltado para Eletrônica, Telecomunicações, Automação e tecnologias emergentes. Pesquisa, desenvolvimento, inovação, negócios e formação profissional. Aprendizagem, inspiração e criatividade.




