The text then provides fundamental steps to effective predictive modeling. In the second chapter, you will learn how to build your own predictive model with logistic regression and Python. You will find data sets as well as corresponding codes. On of the crucial predictive modeling steps is model tuning, so you will learn some common techniques used in order to improve your model performance. You will get to know how to tune the parameters commonly used to increase the overall predictive power. Predictive modeling comes with a few obstacles and challenges like class imbalance. Imbalanced classes commonly put the accuracy of the model out of business, but you will learn how to properly handle class imbalance which will significantly improve the accuracy of your model. The book is multi-purpose focused on to predictive modeling process and predictive modeling techniques, so it will be of great help for those who are interested in predictive modeling techniques and applications. So, it is the right time to simplify the analysis, boost productivity as well as save time. The book will be your companion on your journey towards highly accurate predictive models.
What you will learn in Applied Predictive Modeling:
- Most common predictive modeling techniques
- Types of regression models
- The overall predictive modeling process
- Fundamental steps to effective and highly accurate predictive modeling
- How to build predictive model with logistic regression with code listings
- How to build predictive model using Python
- How to enhance your model performance
- Parameters for increasing the overall predictive power
- How to handle class imbalance
- Common causes of poor model performance
Get this book now and learn more about Applied Predictive Modeling!
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