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1.基于粗糙集理论的关联知识发现 |
5-37 |
|
目录 |
5-6 |
|
摘要 |
6-7 |
|
第一章 粗糙集和知识表达度量理论的基本概念和原理 |
7-14 |
|
1.1 引言 |
7-9 |
|
1.1.1 粗糙集的应用领域 |
7-8 |
|
1.1.1.1 分类规则提取 |
7-8 |
|
1.1.1.2 数据归约 |
8 |
|
1.1.2 粗糙集理论与其他方法的融合 |
8-9 |
|
1.2 知识与知识表达 |
9 |
|
1.3 基本定义和原理 |
9-10 |
|
1.4 支持度 |
10-11 |
|
1.5 知识表达度量理论基本概念 |
11-14 |
|
第二章 数据预处理——连续属性离散化 |
14-19 |
|
2.1 连续属性离散化后的联合熵变化 |
14-15 |
|
2.2 基本算法 |
15-17 |
|
2.3 增类减类离散化算法的改进 |
17-19 |
|
第三章 知识约简 |
19-23 |
|
3.1 知识约简基本概念 |
19-20 |
|
3.2 属性重要性 |
20 |
|
3.3 知识约简原理 |
20-23 |
|
第四章 关联知识发现 |
23-27 |
|
4.1 有效关联规则理论 |
23-24 |
|
4.2 规则统计过滤 |
24-26 |
|
4.3 关联规则挖掘算法 |
26-27 |
|
第五章 试验分析 |
27-30 |
|
5.1 试验步骤 |
27 |
|
5.2 试验采用的数据 |
27-28 |
|
5.3 试验结果 |
28 |
|
5.4 试验结果分析 |
28-30 |
|
第六章 总结和展望 |
30-31 |
|
6.1 论文总结 |
30 |
|
6.2 粗糙集理论在数据挖掘中的应用展望 |
30-31 |
|
参考文献: |
31-37 |
|
2.Association Knowledge Mining Based on Rough Sets |
37-71 |
|
Abstract |
38-40 |
|
Chapter 1 Basic Concept and Principle of Rough Set |
40-49 |
|
1.1 Introduction |
40-43 |
|
1.1.1 Application Field of Rough Set |
40-42 |
|
1.1.1.1 Pick-up Sorting Rules |
40-41 |
|
1.1.1.2 Data Reduction |
41-42 |
|
1.1.2 Fusing the Rough Set Theory and other method |
42-43 |
|
1.1.3 The Classification of Application of the Rough Set Theory |
43 |
|
1.2 Knowledge and Knowledge Expression |
43-44 |
|
1.3 Basic Definition and Principle |
44 |
|
1.4 Info Entropy,Sustainability |
44-46 |
|
1.5 Basic Concept of Knowledge Expression Measurement Theory |
46-49 |
|
Chapter 2 Data Pretreatment—Dispersing of Successive Attribute |
49-56 |
|
2.1 The Change of the United Entropy by Dispersing Successive Attribute |
50-51 |
|
2.2 Basic Algorithm |
51-53 |
|
2.3 Improvement on Dispersing Algorithm by Increasing and Reducing Classes |
53-56 |
|
Chapter 3 Knowledge Reduction |
56-61 |
|
3.1 Basic Concept of Knowledge Reduction |
56-57 |
|
3.2 Essentiality of Attribute |
57-58 |
|
3.3 Principle of Knowledge Reduction |
58-61 |
|
Chapter 4 Association Knowledge Discovery |
61-66 |
|
4.1 Efficient Association Rule Theory |
61-62 |
|
4.2 Rule Filtrating by Stat.--Pick-up Association Rules Based on Binary System |
62-65 |
|
4.3 Association Rule Algorithm |
65-66 |
|
Chapter 5 Trial Analysis |
66-69 |
|
5.1 Trial Approach |
66 |
|
5.2 Trial Data |
66-67 |
|
5.3 Trial Result |
67-68 |
|
5.4 Analysis of Trial Result |
68-69 |
|
Chapter 6 |
69-71 |
|
6.1 Paper Summary |
69 |
|
6.2 Prospect of the Rough Set Theory's Application in Data Mining |
69-71 |
|
3.面向信息系统的关联规则挖掘研究 |
71-125 |
|
目录 |
71-73 |
|
前言 |
73-74 |
|
第一部分 数据库中的知识发现和数据挖掘概述 |
74-92 |
|
第一章 在数据库的知识发现(KDD) |
74-82 |
|
1.1 KDD基本概念 |
74-75 |
|
1.2 KDD的起源 |
75-76 |
|
1.3 KDD研究现状 |
76 |
|
1.4 KDD的一般机理 |
76 |
|
1.5 主要研究方法 |
76-77 |
|
1.6 抽取知识的类型和表示 |
77 |
|
1.7 KDD系统的基本框架 |
77-78 |
|
1.8 KDD的挖掘模式 |
78-80 |
|
1.8.1 关联模式(Association Model) |
79 |
|
1.8.2 分类模式(Classification Model) |
79 |
|
1.8.3 聚类模式(Clustering Model) |
79 |
|
1.8.4 回归模式(Regression Model) |
79-80 |
|
1.8.5 序列模式(Sequence Modell) |
80 |
|
1.9 典型方法及工具 |
80-82 |
|
第二章 数据挖掘概述 |
82-92 |
|
2.1 DM概念 |
82-83 |
|
2.2 主要研究方法 |
83-89 |
|
2.2.1 分类模式(Classification Model) |
83-85 |
|
2.2.2 聚类分析模式(Clustering Analysis Method) |
85-88 |
|
2.2.3 回归模式(Regression) |
88 |
|
2.2.4 关联模式(Association Model) |
88 |
|
2.2.5 序列模式(Sequential Model) |
88 |
|
2.2.6 偏差模式(Deviation Model) |
88-89 |
|
2.3 数据挖掘的常用方法 |
89-92 |
|
2.3.1 模糊方法(Fuzzy Method) |
89 |
|
2.3.2 粗糙集理论(Rough Set Theory) |
89 |
|
2.3.3 云理论(Cloud Theory) |
89-90 |
|
2.3.4 证据理论(Evidence Theory) |
90 |
|
2.3.5 人工神经网络(Artificial Neural Network,ANN) |
90 |
|
2.3.6 遗传算法(Genetic Algorithm,GA) |
90-91 |
|
2.3.7 归纳学习(Induction Learning) |
91-92 |
|
第二部分 粗糙集理论 |
92-105 |
|
第三章 粗糙集基本理论 |
93-102 |
|
3.1 基本概念 |
93-94 |
|
3.2 区分矩阵与区分函数 |
94 |
|
3.3 连续属性离散化 |
94-97 |
|
3.3.1 现有的离散化方法分类: |
95 |
|
3.3.2 典型的属性离散化算法 |
95-97 |
|
3.4 信息熵 |
97-99 |
|
3.5 知识的依赖性 |
99-100 |
|
3.6 属性约简 |
100-102 |
|
第四章 知识表达理论 |
102-105 |
|
4.1 Agent与知识的相关概念 |
102 |
|
4.2 基于Agent的知识表达度量理论 |
102-105 |
|
4.2.1 知识量(Knowledge Quantum) |
102-103 |
|
4.2.2 熵(Entropy) |
103 |
|
4.2.3 等价知识基元个数 |
103-105 |
|
第三部分 关联规则挖掘 |
105-125 |
|
第五章 关联规则AR挖掘的原理和步骤 |
105-108 |
|
5.1 基本概念和问题描述 |
105-106 |
|
5.2 AR选择的技术标准 |
106-107 |
|
5.3 AR挖掘的步骤 |
107-108 |
|
第六章 AR挖掘的分类及算法研究 |
108-113 |
|
6.1 AR挖掘的分类 |
108 |
|
6.2 主要研究方向和典型算法分析 |
108-113 |
|
6.2.1 多循环方式的采掘算法 |
108-109 |
|
6.2.2 增量式更新算法 |
109-110 |
|
6.2.3 核心算法 |
110-111 |
|
6.2.4 频集算法的几种优化方法 |
111-113 |
|
第七章 有效关联规则挖掘 |
113-121 |
|
7.1 语义关联规则 |
113-115 |
|
7.2 有效关联规则 |
115-121 |
|
第八章 基于粗糙集的关联规则挖掘 |
121-125 |
|
8.1 传统关联规则挖掘的不足 |
121 |
|
8.2 粗糙集理论应用于关联规则挖掘的优势 |
121-122 |
|
8.3 基于粗糙集的关联规则挖掘的一般步骤 |
122 |
|
8.4 典型算法 |
122-125 |
|
4.Association Rules Mining Research Facing to Info System |
125-182 |
|
Preface |
127-128 |
|
Part 1 Knowledge Discovery in Database and Summary of Data Mining |
128-150 |
|
Chapter 1 Knowledge Discovery in Database(KDD) |
128-138 |
|
1.1 Basic Concept of KDD |
128-129 |
|
1.2 Origin of KDD |
129-130 |
|
1.3 Present Research on KDD |
130-131 |
|
1.4 the General Mechanism of KDD |
131 |
|
1.5 Major Research Techniques |
131-132 |
|
1.6 Type and Expression of Collecting Knowledge |
132-133 |
|
1.7 Basic Frame of KDD System |
133-134 |
|
1.8 Mode of KDD Mining |
134-136 |
|
1.8.1 Association Model |
134-135 |
|
1.8.2 Classification Model |
135 |
|
1.8.3 Clustering Model |
135 |
|
1.8.4 Regression Model |
135 |
|
1.8.5 Sequence Model |
135-136 |
|
1.9 Typical Methods and Tools |
136-138 |
|
Chapter 2 Summary of Data Mining |
138-150 |
|
2.1 DM Concept |
138-139 |
|
2.2 Main Research Approaches |
139-146 |
|
2.2.1 Classification Model |
139-142 |
|
2.2.2 Clustering Analysis Method |
142-145 |
|
(1) Partitioning Method |
143-144 |
|
(2) Hierarchical Method |
144 |
|
(3) Density-based Method |
144 |
|
(4) Grid-based Method |
144 |
|
(5) Model-based Method |
144-145 |
|
(6) Outlier Mining |
145 |
|
2.2.3 Regression |
145 |
|
2.2.4 Association Model |
145-146 |
|
2.2.5 Sequential Model |
146 |
|
2.2.6 Deviation Model |
146 |
|
2.3 Method of DM in Common Use |
146-150 |
|
2.3.1 Fuzzy Method |
146 |
|
2.3.2 Rough Set Theory |
146-147 |
|
2.3.3 Cloud Theory |
147-148 |
|
2.3.4 Evidence Theory |
148 |
|
2.3.5 Artificial Neural Network(ANN) |
148 |
|
2.3.6 Genetic Algorithm(GA) |
148-149 |
|
2.3.7 Induction Learning |
149-150 |
|
Part 2 Rough Set Theory |
150-165 |
|
Chapter 3 Basic Theory of RS |
151-162 |
|
3.1 Basic Concept |
151-152 |
|
3.2 Distingui shment Matrix and Distinguishment Function |
152-153 |
|
3.3 Dispersing of Successive Attributes |
153-155 |
|
3.3.1 Classification of Dispersing Method in Exisitence: |
153 |
|
3.3.2 Typical Dispersing Algorithm |
153-155 |
|
3.4 Info Entropy |
155-158 |
|
3.5 Dependence of Knowledge |
158-159 |
|
3.6 Attribute Reduction |
159-162 |
|
Chapter 4 Knowledge Expression Theory |
162-165 |
|
4.1 Correlation Concept of Agent and Knowledge |
162 |
|
4.2 Knowledge Expression Measurement Theory Based on Agent |
162-165 |
|
4.2.1 Knowledge Quantum |
162-163 |
|
4.2.2 Entropy |
163 |
|
4.2.3 Number of Basic Element of Equivalence Knowledge |
163-165 |
|
Part 3 Association Rule |
165-182 |
|
Chapter 5 Principle and Approach of Assiciation Rules Mining |
165-168 |
|
5.1 Basic Concept and Issue Description |
165-166 |
|
5.2 Technique Criterion of AR |
166-167 |
|
5.3 Approach of AR Mining |
167-168 |
|
Chapter 6 Classification and Algorithm Rearsh of AR Mining |
168-173 |
|
6.1 Classification of AR Mining |
168-169 |
|
6.2 Main Research Orientation and Typical Algorithm Analysis |
169-173 |
|
6.2.1 Excavation Algorithm of Many Cycle Mode |
169-170 |
|
6.2.2 Increment Mode Updating Algorithm |
170 |
|
6.2.3 Kernel Algorithm |
170-171 |
|
6.2.4 Several Optimiztion Methods of Frequency Set |
171-173 |
|
Chapter 7 Effective Association Rule Mining |
173-180 |
|
7.1 Semantic Association Rule |
173-175 |
|
7.2 Effective Association Rule |
175-180 |
|
Chapter 8 Association Rules Mining Based on RS |
180-182 |
|
8.1 Shortcoming of Traditional Association Rule Mining |
180 |
|
8.2 Superiority of RS Applied to Association Rule Mining |
180-181 |
|
8.3 Commonly Process of Association Rule Mining Based on RS |
181 |
|
8.4 Typical Algorithm |
181-182 |