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Data Science, Analytics and Machine Learning with R explains the principles of data mining and machine learning techniques and accentuates the importance of applied and multivariate modeling. The book emphasizes the fundamentals of each technique, with step-by-step codes and real-world examples with data from areas such as medicine and health, biology, engineering, technology and related sciences. Examples use the most recent R language syntax, with recognized robust, widespread and current packages. Code scripts are exhaustively commented, making it clear to readers what happens in each…mehr
Data Science, Analytics and Machine Learning with R explains the principles of data mining and machine learning techniques and accentuates the importance of applied and multivariate modeling. The book emphasizes the fundamentals of each technique, with step-by-step codes and real-world examples with data from areas such as medicine and health, biology, engineering, technology and related sciences. Examples use the most recent R language syntax, with recognized robust, widespread and current packages. Code scripts are exhaustively commented, making it clear to readers what happens in each command. For data collection, readers are instructed how to build their own robots from the very beginning.
In addition, an entire chapter focuses on the concept of spatial analysis, allowing readers to build their own maps through geo-referenced data (such as in epidemiologic research) and some basic statistical techniques. Other chapters cover ensemble and uplift modeling and GLMM (Generalized Linear Mixed Models) estimations, both linear and nonlinear.
Presents a comprehensive and practical overview of machine learning, data mining and AI techniques for a broad multidisciplinary audience
Serves readers who are interested in statistics, analytics and modeling, and those who wish to deepen their knowledge in programming through the use of R
Teaches readers how to apply machine learning techniques to a wide range of data and subject areas
Presents data in a graphically appealing way, promoting greater information transparency and interactive learning
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Dr. Fávero is a Full Professor at the Economics, Business Administration and Accounting College and at the Polytechnic School of the University of Sao Paulo (FEAUSP and EPUSP), where he teaches Data Science, Data Analysis, Multivariate Modeling, Machine and Deep Learning and Operational Research to undergraduate, Master's and Doctorate students. He has a Post-Doctorate degree in Data Analysis and Econometrics from Columbia University in New York. He is a tenured Professor by FEA/USP (with greater focus on Quantitative Modeling). He has a degree in Engineering from USP Polytechnic School, a post-graduate degree in Business Administration from Getúlio Vargas Foundation (FGV/SP), and he has received the titles of Master and PhD in Data Science and Quantitative Methods applied to Organizational Economics from FEA/USP. He is a Visiting Professor at the Federal University of Sao Paulo (UNIFESP), Dom Cabral Foundation, Getúlio Vargas Foundation, FIA, FIPE and MONTVERO. He has authored or co-authored 9 books and he is the founder and former editor-in-chief of the International Journal of Multivariate Data Analysis. He is member and founder of the Latin American Academy of Data Science. He is a consultant to companies operating in sectors such as retail, industry, mining, banks, insurance and healthcare, with the use of Data Analysis, Machine and Deep Learning, Big Data and AI platforms, such as R, Python, SAS, Stata and IBM SPSS. Dr. Fávero is a Full Professor at the Economics, Business Administration and Accounting College and at the Polytechnic School of the University of Sao Paulo (FEAUSP and EPUSP), where he teaches Data Science, Data Analysis, Multivariate Modeling, Machine and Deep Learning and Operational Research to undergraduate, Master's and Doctorate students. He has a Post-Doctorate degree in Data Analysis and Econometrics from Columbia University in New York. He is a tenured Professor by FEA/USP (with greater focus on Quantitative Modeling). He has a degree in Engineering from USP Polytechnic School, a post-graduate degree in Business Administration from Getúlio Vargas Foundation (FGV/SP), and he has received the titles of Master and PhD in Data Science and Quantitative Methods applied to Organizational Economics from FEA/USP. He is a Visiting Professor at the Federal University of Sao Paulo (UNIFESP), Dom Cabral Foundation, Getúlio Vargas Foundation, FIA, FIPE and MONTVERO. He has authored or co-authored 9 books and he is the founder and former editor-in-chief of the International Journal of Multivariate Data Analysis. He is member and founder of the Latin American Academy of Data Science. He is a consultant to companies operating in sectors such as retail, industry, mining, banks, insurance and healthcare, with the use of Data Analysis, Machine and Deep Learning, Big Data and AI platforms, such as R, Python, SAS, Stata and IBM SPSS.
Inhaltsangabe
Part I: Introduction 1. Overview of Data Science, Analytics, and Machine Learning 2. Introduction to the R Language Part II: Applied Statistics and Data Visualization 3. Variables and Measurement Scales 4. Descriptive and Probabilistic Statistics 5. Hypotheses Tests 6. Data Visualization and Multivariate Graphs Part III: Data Mining and Preparation 7. Building Handcrafted Robots 8. Using APIs to Collect Data 9. Managing Data Part IV: Unsupervised Machine Learning Techniques 10. Cluster Analysis 11. Factorial and Principal Component Analysis (PCA) 12. Association Rules and Correspondence Analysis Part V: Supervised Machine Learning Techniques 13. Simple and Multiple Regression Analysis 14. Binary, Ordinal and Multinomial Regression Analysis 15. Count-Data and Zero-Inflated Regression Analysis 16. Generalized Linear Mixed Models Part VI: Improving Performance and Introduction to Deep Learning 17. Support Vector Machine 18. CART (Classification and Regression Trees) 19. Bagging, Boosting and Uplift (Persuasion) Modeling 20. Random Forest 21. Artificial Neural Network 22. Introduction to Deep Learning Part VII: Spatial Analysis 23. Working on Shapefiles 24. Dealing with Simple Features Objects 25. Raster Objects 26. Exploratory Spatial Analysis Part VII: Adding Value to your Work 27. Enhanced and Interactive Graphs 28. Dashboards with R
Part I: Introduction 1. Overview of Data Science, Analytics, and Machine Learning 2. Introduction to the R Language Part II: Applied Statistics and Data Visualization 3. Variables and Measurement Scales 4. Descriptive and Probabilistic Statistics 5. Hypotheses Tests 6. Data Visualization and Multivariate Graphs Part III: Data Mining and Preparation 7. Building Handcrafted Robots 8. Using APIs to Collect Data 9. Managing Data Part IV: Unsupervised Machine Learning Techniques 10. Cluster Analysis 11. Factorial and Principal Component Analysis (PCA) 12. Association Rules and Correspondence Analysis Part V: Supervised Machine Learning Techniques 13. Simple and Multiple Regression Analysis 14. Binary, Ordinal and Multinomial Regression Analysis 15. Count-Data and Zero-Inflated Regression Analysis 16. Generalized Linear Mixed Models Part VI: Improving Performance and Introduction to Deep Learning 17. Support Vector Machine 18. CART (Classification and Regression Trees) 19. Bagging, Boosting and Uplift (Persuasion) Modeling 20. Random Forest 21. Artificial Neural Network 22. Introduction to Deep Learning Part VII: Spatial Analysis 23. Working on Shapefiles 24. Dealing with Simple Features Objects 25. Raster Objects 26. Exploratory Spatial Analysis Part VII: Adding Value to your Work 27. Enhanced and Interactive Graphs 28. Dashboards with R
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