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Mahout in Action

brief contents 1 ■ Meet Apache Mahout 1 PART 1 RECOMMENDATIONS ...................................................11 2 ■ Introducing recommenders 13 3 ■ Representing recommender data 26 4 ■ Making recommendations 41 5 ■ Taking recommenders to production 70 6 ■ Distributing recommendation computations 91 PART 2 CLUSTERING .............................................................115 7 ■ Introduction to clustering 117 8 ■ Representing data 130 9 ■ Clustering algorithms in Mahout 145 10 ■ Evaluating and improving clustering quality 184 11 ■ Taking clustering to production 198 12 ■ Real-world applications of clustering 210 Licensed to Jianbin Dai vi BRIEF CONTENTS PART 3 CLASSIFICATION ........................................................225 13 ■ Introduction to classification 227 14 ■ Training a classifier 255 15 ■ Evaluating and tuning a classifier 281 16 ■ Deploying a classifier 307 17 ■ Case study: Shop It To Me 341 Licensed to Jianbin Dai vii contents preface xvii acknowledgments xix about this book xx about multimedia extras xxiii about the cover illustration xxv 1 Meet Apache Mahout 1 1.1 Mahout’s story 2 1.2 Mahout’s machine learning themes 3 Recommender engines 3 ■ Clustering 3 ■ Classification 4 1.3 Tackling large scale with Mahout and Hadoop 5 1.4 Setting up Mahout 6 Java and IDEs 7 ■ Installing Maven 8 ■ Installing Mahout 8 ■ Installing Hadoop 9 1.5 Summary 9 PART 1 RECOMMENDATIONS...........................................11 2 Introducing recommenders 13 2.1 Defining recommendation 14 Licensed to Jianbin Dai viii CONTENTS 2.2 Running a first recommender engine 15 Creating the input 15 ■ Creating a recommender 16 Analyzing the output 17 2.3 Evaluating a recommender 18 Training data and scoring 18 ■ Running RecommenderEvaluator 19 ■ Assessing the result 20 2.4 Evaluating precision and recall 21 Running RecommenderIRStatsEvaluator 21 ■ Problems with precision and recall 23 2.5 Evaluating the

2012-02-07

Gaussian Processes for Machine Learning

The goal of building systems that can adapt to their environments and learn from their experience has attracted researchers from many fields, including com- puter science, engineering, mathematics, physics, neuroscience, and cognitive science. Out of this research has come a wide variety of learning techniques that have the potential to transform many scientific and industrial fields. Recently, several research communities have converged on a common set of issues sur- rounding supervised, unsupervised, and reinforcement learning problems. The MIT Press series on Adaptive Computation and Machine Learning seeks to unify the many diverse strands of machine learning research and to foster high quality research and innovative applications.

2010-02-23

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