Redes Neurais Artificiais com Python

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Go to Course: https://www.udemy.com/course/redes-neurais-artificiais-em-python-classificacaoregressao/

Introduction

Certainly! Here's a comprehensive review and recommendation of the Coursera course based on the provided details: --- **Course Review: Introduction to Artificial Neural Networks for Beginners** This Coursera course is an excellent starting point for anyone interested in exploring the world of Artificial Neural Networks (ANNs). It is particularly well-suited for beginners, as it does not require any prior knowledge of mathematics or programming, making it accessible to a broad audience eager to learn about this exciting field. **What You Will Learn:** The course covers the fundamental concepts of artificial neural networks in an easy-to-understand manner. Throughout the program, students are introduced to practical applications of neural networks using Python, specifically leveraging the Scikit-Learn and Keras/TensorFlow libraries. This hands-on approach allows learners to experiment with various parameters, train models, and evaluate their performance through cross-validation and testing on real datasets. **Practical Projects:** One of the standout features of this course is the focus on real-world projects: - **Classification Project:** Utilizing socio-economic indicators from Minas Gerais, Brazil, students will learn how to analyze social inequality and even how businesses can use this analysis for targeted marketing campaigns. - **Regression Project:** The course also covers a simple physics experiment related to Hooke’s Law, demonstrating regression techniques on authentic, original data from real experiments. These projects are particularly valuable because they use actual datasets, including one with over 500,000 records and 29 variables. The course guides students through the entire data pipeline, from data collection and initial filtering in Power Query to data treatment, manipulation, and modeling in Python. This comprehensive coverage ensures that students gain practical skills applicable to diverse real-world scenarios. **Pros:** - No prior knowledge required (Mathematics or Python). - Focus on real datasets from Brazil, adding authenticity and relevance. - Hands-on experience from data acquisition to model deployment. - Incorporates large, complex datasets, providing valuable experience for tackling big data challenges. - Relevant for both beginners and those looking to enhance their portfolio with meaningful projects. **Cons:** - Since the course is designed for complete novices, some may find the pace slow if they already have some background. - The depth of theoretical explanations may be limited, focusing more on practical implementation. **Recommendation:** I highly recommend this course to beginners interested in neural networks, data science, or machine learning. Its strong emphasis on real-world applications, comprehensive project work, and approachable teaching style make it an excellent choice for building foundational skills. Whether you're aiming to enhance your portfolio, explore new career pathways, or simply understand how neural networks work in practice, this course provides an invaluable starting point. ---

Overview

Este curso é destinado para iniciantes no estudo de Redes Neurais Artificiais, portanto não é necessário nenhum conhecimento prévio (nem Matemático e nem de Python), pois o que for necessário será explicado no decorrer do curso. Ele aborda os conceitos básicos de redes neurais artificiais e demonstra aplicações práticas com o Python, através das bibliotecas Scikit Learn e Keras/TensorFlow, testando os diversos parâmetros e aplicando para o treinamento do algoritmo a validação cruzada e a base de treinamento e teste em problemas de classificação e regressão.Na parte prática, como projeto de classificação, serão utilizados indicadores socioeconômicos do estado de Minas Gerais. Esse projeto serve como referência para tomadas de decisão sobre a desigualdade social e também para estudos de empresas que pretendem realizar campanhas de marketing numa certa região. Já como exemplo prático de Regressão, será utilizado uma base de dados referente aos resultados de um experimento Físico simples sobre a lei de Hooke. Estes dados foram obtidos num experimento real e, portanto, são originais e autênticos. O diferencial desse curso é que iremos trabalhar com projetos reais, com banco de dados reais, sendo um deles com mais de 500.000 registros (linhas) e 29 variáveis (colunas). E será apresentado desde o início, isto é, desde a obtenção dos dados, a primeira filtragem no Power Query, o tratamento e manipulação desses dados no Python e as aplicações das redes neurais artificiais também no Python. São estudos originais, autênticos, reais e de nosso país, portanto, poderá fazer parte de seu portfólio e servir de exemplo para outros projetos similares.

Skills

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