IndexAAgglomerative hierarchicalclustering, 89API, 33get_score, 18–22GUI, 17ARMA, see Autoregressive movingaverage(ARMA)AR model, see Autoregressive (AR)modelArtificial neural network (ANN), 99Autoregressive (AR) modelparameters, 134–136time series, 134Autoregressive moving-average(ARMA), 137–139Average linkage method, 91AWS Lambda, 169BBackpropagation network (BPN)algorithm, 104–105computer systems, 100definition, 100fetch-execute cycle, 100generalized delta rule, 100hidden layer weights, 102–104mapping network, 100output layer weights, 101, 104Basket trading, 97CClique, 97Cloud Datastore by Google,168–172, 174, 176–178Clusteringbusiness owners, 77centroid, radius, anddiameter, 97and classification, 78distancesedit, 85–86Euclidean, 83–84general, 84properties, 82squared Euclidean, 84document, 78elbow method, 82hierarchical (see Hierarchicalclustering)K-means, 78–81machine learning algorithm, 98similarity types, 87–88wine-making industry, 77© Sayan Mukhopadhyay 2018S. Mukhopadhyay, Advanced Data Analytics Using Python,https://doi.org/10.1007/978-1-4842-3450-1181
IndexCollaborative filtering, 52Complete linkage method, 91Correlogram, 129Curve fitting method, 68DDecision treeentropy, 59good weather, 59information gain, 60parameter, 59random forest classifier, 60–61Divisive hierarchicalclustering, 92DynamoDB, 169EEdit distanceLevenshtein, 85Needleman–Wunschalgorithm, 86–87Elasticsearch (ES)API, 33connection_class, 31–32Kibana, 31Logstash, 31Euclidean distance, 83–84Exponential smoothing, 124Extract, transform, and load (ETL)API, 34e-mail parsing, 40–42ES (see Elasticsearch (ES))Fin-memory database (seeIn-memory database)MongoDB (see MongoDB)MySQL (see MySQL)Neo4j, 34Neo4j REST, 35topical crawling, 40, 42–48Fourier Transform, 140GGaussian distribution data, 127Google Cloud Datastore, 168–172,174, 176–178HHadoopcombiner function, 147class diagram, 148interfaces, 158MainBDAS class, 152–155RootBDAS class, 147, 150unit testing class, 157–158WordCounterBDAS utilityclass, 151–152HDFS file system, 159MapReduce design patternfiltering, 160joining, 161–163, 165–166summarization, 159–160182
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AdvancedData AnalyticsUsing PythonW
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Advanced Data Analytics Using Pytho
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Table of ContentsAbout the Authorxi
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Table of ContentsNaive Bayes Classi
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Table of ContentsTime-Series Analys
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About the Technical ReviewerSundar
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CHAPTER 1IntroductionIn this book,
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Chapter 1IntroductionOOP in PythonB
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Chapter 1Introductionif pageFile.ge
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CHAPTER 2ETL with Python(Structured
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CHAPTER 3Supervised LearningUsing P
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Chapter 4Graph Theoretical Approach
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Chapter 6Time SeriesFigure 6-1. A t
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