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Lecture Notes in Data Mining

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The continual explosion of information technology and the need for better data collection and management methods has made data mining an even more relevant topic of study. Books on data mining tend to be either broad and introductory or focus on some very specific technical aspect of the field. This book is a series of seventeen edited "student-authored lectures" which explore in depth the core of data mining (classification, clustering and association rules) by offering overviews that include both analysis and insight. The initial chapters lay a framework of data mining techniques by explaining some of the basics such as applications of Bayes Theorem, similarity measures, and decision trees. Before focusing on the pillars of classification, clustering and association rules, the book also considers alternative candidates such as point estimation and genetic algorithms.

Acquisto del libro

Lecture Notes in Data Mining, Michael W. Berry, Kate Murray-Browne

Lingua
Pubblicato
2006
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(Copertina rigida),
Condizioni del libro
Danneggiato
Prezzo
29,54 €

Metodi di pagamento

Titolo
Lecture Notes in Data Mining
Lingua
Inglese
Pubblicato
2006
Formato
Copertina rigida
Pagine
222
ISBN10
9812568026
ISBN13
9789812568021
Serie
Descrizione
The continual explosion of information technology and the need for better data collection and management methods has made data mining an even more relevant topic of study. Books on data mining tend to be either broad and introductory or focus on some very specific technical aspect of the field. This book is a series of seventeen edited "student-authored lectures" which explore in depth the core of data mining (classification, clustering and association rules) by offering overviews that include both analysis and insight. The initial chapters lay a framework of data mining techniques by explaining some of the basics such as applications of Bayes Theorem, similarity measures, and decision trees. Before focusing on the pillars of classification, clustering and association rules, the book also considers alternative candidates such as point estimation and genetic algorithms.