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You're reading from  Getting Started with Haskell Data Analysis

Product typeBook
Published inOct 2018
Reading LevelBeginner
PublisherPackt
ISBN-139781789802863
Edition1st Edition
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Author (1)
James Church
James Church
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James Church

James Church lives in Clarksville, Tennessee, United States, where he enjoys teaching, programming, and playing board games with his wife, Michelle. He is an assistant professor of computer science at Austin Peay State University. He has consulted for various companies and a chemical laboratory for the purpose of performing data analysis work. James is the author of Learning Haskell Data Analysis.
Read more about James Church

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Application of the KDE

This section will serve as our real-world application of the kernel density estimator. In this section, we're going to take a look at the Monet dataset. Monet was a famous French impressionist painter, and many of his paintings have sold at auction for millions of dollars. The Monet dataset is a record of all of those final auction prices for his paintings. We'll be discussing the parts of the kernel density estimator function, and then we will be answering the following question, using the kernel density estimator: what is the probability that, in the future, a Monet painting will sell for 5 million dollars or more? Let's do a Google search for Monet paintings, as illustrated by the following screenshot:

This is my excuse for putting beautiful Monet paintings in our book, and we're going to be discussing the auction prices of these...

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Getting Started with Haskell Data Analysis
Published in: Oct 2018Publisher: PacktISBN-13: 9781789802863

Author (1)

author image
James Church

James Church lives in Clarksville, Tennessee, United States, where he enjoys teaching, programming, and playing board games with his wife, Michelle. He is an assistant professor of computer science at Austin Peay State University. He has consulted for various companies and a chemical laboratory for the purpose of performing data analysis work. James is the author of Learning Haskell Data Analysis.
Read more about James Church