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精通Java机器学习(影印版)

精通Java机器学习(影印版)

  • 字数: 681千字
  • 装帧: 平装
  • 出版社: 东南大学出版社
  • 作者: (印)乌代·卡马特(Uday Kamath),(印)克里希纳·查普佩拉(Krishna Choppella)
  • 出版日期: 2018-10-01
  • 商品条码: 9787564178642
  • 版次: 1
  • 开本: 16开
  • 页数: 519
  • 出版年份: 2018
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内容简介
《精通Java机器学习(影印版)》将为你介绍关于机器学习的一批优选技术,包括分类、聚类、异常检测、流学习、主动学习、半监督学习、概率图模型、文本挖掘、深度学习以及大数据批和流机器学习。每章都有说明性的示例和真实案例,展示了如何利用基于Java的工具来运用这些新技术。
作者简介
乌代?卡马特(Dr. Uday Kamath) is the chief data scientist at BAE Systems Applied Intelligence. He speizes in scalable machine learning and has spent 20 years in the domain of AML, fraud detection in finan crime, cyber security, and bioinformatics, to name a few. Dr. Kamath is responsible for key products in areas focusing on the behavioral, so networking and big data machine learning aspects of analytics at BAE AI. He received his PhD at George Mason University, under the able guidance of Dr. Kenneth De Jong, where his dissertation research focused on machine learning for big data and automated sequence mining.
目录
Preface
Chapter 1:Machine Learning Review
Machine learning-history and definition
What is not machine learning?
Machine learning-concepts and terminology
Machine learning-types and subtypes
Datasets used in machine learning
Machine learning applications
Practical issues in machine learning
Machine learning-roles and process
Roles
Process
Machine learning-tools and datasets
Datasets
Summary
Chapter 2:Practical Approach to Real-World Supervised Learning
Formal description and notation
Data quality analysis
Descriptive data analysis
Basic label analysis
Basic feature analysis
Visualization analysis
Univariate feature analysis
Multivariate feature analysis
Data transformation and preprocessing
Feature construction
Handling missing values
Outliers
Discretization
Data sampling
Is sampling needed?
Undersampling and oversampling
Training, validation, and test set
Feature relevance analysis and dimensionality reduction
Feature search techniques
Feature evaluation techniques
Filter approach
Wrapper approach
Embedded approach
Model building
Linear models
Linear Regression
Naive Bayes
Logistic Regression
Non-linear models
Decision Trees
K-Nearest Neighbors(KNN)
Support vector machines(SVM)
Ensemble learning and meta learners
Bootstrap aggregating or bagging
Boosting
……

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