基于不确定性建模的数据挖掘(英文版)
作者:秦曾昌,汤永川 著
出版时间:2013年版
《基于不确定性建模的数据挖掘(英文版)》的英文简介如下: Machine learning and data mining are inseparably connected with uncertainty. The observable data for learning is usually imprecise,incomplete or noisy. Uncertainty Modeling for Data Mining A Label Semantics Approach introduces label semantics, a fuzzy-logic-based theory for modeling uncertainty. Several new data mining algorithms based on label semantics are proposed and tested on real-world datasets. A prototype interpretation of label semantics and new prototype-based data mining algorithms are also discussed. This book offers a valuable resource for postgraduates, researchers and other professionals in the fields of data mining, fuzzy computing anduncertainty reasoning. 《基于不确定性建模的数据挖掘(英文版)》由秦曾昌、汤永川著。
目录
- 1Introduction
- 1.1Types of Uncertainty
- 1.2Uncertainty Modeling and Data Mining
- 1.3Related Works
- References
- 2Induction and Learning
- 2.1Introduction
- 2.2Machine Learning
- 2.2.1Searching in Hypothesis Space
- 2.2.2Supervised Learning
- 2.2.3Unsupervised Learning
- 2.2.4Instance-Based Learning
- 2.3Data Mining and Algorithms
- 2.3.1Why Do We Need Data Mining
- 2.3.2How Do We do Data Mining
- 2.3.3Artificial Neural Networks
- 2.3.4Support Vector Machines
- 2.4Measurement of Classifiers
- 2.4.1ROC Analysis for Classification
- 2.4.2Area Under the ROC Curve
- 2.5Summary
- References
- 3Label Semantics Theory
- 3.1Uncertainty Modeling with Labels
- 3.1.1Fuzzy Logic
- 3.1.2Computing with Words
- 3.1.3Mass Assignment Theory
- 3.2Label Semantics
- 3.2.1Epistemic View of Label Semantics
- 3.2.2Random Set Framework
- 3.2.3Appropriateness Degrees
- 3.2.4Assumptions for Data Analysis
- 3.2.5Linguistic Translation
- 3.3Fuzzy Discretization
- 3.3.1Percentile-Based Discretization
- 3.3.2Entropy-Based Discretization
- 3.4Reasoning with Fuzzy Labels
- 3.4.1Conditional Distribution Given Mass Assignments
- 3.4.2Logical Expressions of Fuzzy Labels
- 3.4.3Linguistic Interpretation of Appropriate Labels
- 3.4.4Evidence Theory and Mass Assignment
- 3.5Label Relations
- 3.6Summary
- References
- 4Linguistic Decision Trees for Classification
- 4.1Introduction
- 4.2Tree Induction
- 4.2.1Entropy
- 4.2.2Soft Decision Trees
- 4.3Linguistic Decision for Classification
- 4.3.1Branch Probability
- 4.3.2Classification by LDT
- 4.3.3Linguistic ID3 Algorithm
- 4.4Experimental Studies
- 4.4.1Influence of the Threshold
- 4.4.2Overlapping Between Fuzzy Labels
- 4.5Comparison Studies
- 4.6Merging of Branches
- 4.6.1Forward Merging Algorithm
- 4.6.2Dual-Branch LDTs
- 4.6.3Experimental Studies for Forward Merging
- 4.6.4ROC Analysis for Forward Merging
- 4.7Linguistic Reasoning
- 4.7.1Linguistic Interpretation of an LDT
- 4.7.2Linguistic Constraints
- 4.7.3Classification of Fuzzy Data
- 4.8Summary
- References
- ……
- 5 Linguistic Decision Trees for Prediction
- 6 Bayesian Methods Based on Label Semantics
- 7 Unsupervised Learning with Label Semantics
- 8 Linguistic FOIL and Multiple Attribute Hierarchy for Decision Making
- 9 A prototype Theory Interpretation of Label Semantics
- 10 Prototype Theory for Learning
- 11 Prototype-Based Rule Systems
- 12 Information Cells and Information Cell Mixture Models