工业人工智能概论

本书以人工智能技术在工业中的应用为出发点，系统、深入地阐述了工业人工智能的关键技术，并给出了大量的应用案例。全书共 5 章，包括绪论、数据分析与数据挖掘工具、机器学习、深度学习和工业人工智能面临的挑战。本书可作为相关专业的本科生及研究生学习工业人工智能的入门教材，也可作为专业技术人员了解工业人工智能的培训教材和参考书，还可作为对工业人工智能感兴趣的各界人士的普及性读物。

D 1 章 绪论·····················································································1 1.1 人工智能的内涵及发展····································································1 1.2 工业人工智能的内涵及发展······························································4 1.2.1 工业人工智能的发展背景 ·····························································4 1.2.2 工业人工智能的发展历程 ·····························································6 1.2.3 工业人工智能与传统人工智能的区别················································7 1.3 工业人工智能的算法功能和典型应用··················································8 1.4 工业人工智能的知识体系································································11 1.5 工业人工智能的关键技术································································12 D 2 章 数据分析与数据挖掘工具··························································14 2.1 工业大数据的特点··········································································15 2.2 工业大数据挖掘的定义及过程···························································17 2.3 工业数据的特征分析·······································································18 2.3.1 工业数据的统计描述 ···································································18

D 1 章 绪论·····················································································1
1.1 人工智能的内涵及发展····································································1
1.2 工业人工智能的内涵及发展······························································4
1.2.1 工业人工智能的发展背景 ·····························································4
1.2.2 工业人工智能的发展历程 ·····························································6
1.2.3 工业人工智能与传统人工智能的区别················································7
1.3 工业人工智能的算法功能和典型应用··················································8
1.4 工业人工智能的知识体系································································11
1.5 工业人工智能的关键技术································································12
D 2 章 数据分析与数据挖掘工具··························································14
2.1 工业大数据的特点··········································································15
2.2 工业大数据挖掘的定义及过程···························································17
2.3 工业数据的特征分析·······································································18
2.3.1 工业数据的统计描述 ···································································18
2.3.2 工业数据的相关性分析 ································································20
2.4 工业数据的预处理··········································································23
2.4.1 异常值处理 ···············································································23
工业数据异常值的处理案例 ·····························································25
2.4.2 缺失值处理 ···············································································26
工业数据缺失值的处理案例 ·····························································27
2.4.3 数据归一化处理 ·········································································28
2.4.4 不等时距数据处理 ······································································28
工业数据不等时距处理案例·····························································.29
2.4.5 离群点检测···············································································.32
2.4.6 不平衡数据集检测······································································.34
2.4.7 数据降维处理············································································.36
2.5 假设检验····················································································.41
2.5.1 假设检验的基本原理···································································.41
2.5.2 假设检验的一般步骤···································································.42
2.5.3 假设检验的种类·········································································.42
2.6 多变量分析模型 ··········································································.44
2.6.1 线性模型··················································································.44
2.6.2 广义线性模型············································································.45
2.6.3 线性混合效应模型······································································.47
2.7 Z大似然估计··············································································.48
2.8 关联分析····················································································.49
2.8.1 关联规则挖掘···········································································.·51
2.8.2 关联规则算法···········································································.·52
2.8.3 时序关联规则算法······································································.54
2.8.4 一维时序关联规则······································································.56
2.8.5 多维时序关联规则······················································.··············.59
2.9 数据分析系统的体系架构 ··············································.··············.64
D 3 章 机器学习 ····························································.···············.65
3.1 人类的思考过程与机器学习的过程 ···················································.65
3.2 机器学习的知识体系 ···················································.················.67
3.3 Python 语言的优势·········································································.68
3.4 工业人工智能的有监督学习算法 ·······················································.68
3.4.1 决策树算法···············

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工业人工智能必将作为一种广泛应用的工具，改变各行各业的核心技术，闯入甚至颠覆许多工业领域，成为企业新的“军备竞赛”场地。

 

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