What is included with this book?
Foundation | |
Introduction | p. 3 |
Background | p. 3 |
Data Mining and Web Mining | p. 5 |
Web Community and Social Network Analysis | p. 7 |
Characteristics of Web Data | p. 7 |
Web Community | p. 8 |
Social Networking | p. 9 |
Summary of Chapters | p. 10 |
Audience of This Book | p. 11 |
Theoretical Backgrounds | p. 13 |
Web Data Model | p. 13 |
Textual, Linkage and Usage Expressions | p. 14 |
Similarity Functions | p. 16 |
Correlation-based Similarity | p. 17 |
Cosine-Based Similarity | p. 17 |
Eigenvector, Principal Eigenvector | p. 17 |
Singular Value Decomposition (SVD) of Matrix | p. 19 |
Tensor Expression and Decomposition | p. 20 |
Information Retrieval Performance Evaluation Metrics | p. 22 |
Performance measures | p. 22 |
Web Recommendation Evaluation Metrics | p. 24 |
Basic Concepts in Social Networks | p. 25 |
Basic Metrics of Social Network | p. 25 |
Social Network over the Web | p. 26 |
Algorithms and Techniques | p. 29 |
Association Rule Mining | p. 29 |
Association Rule Mining Problem | p. 29 |
Basic Algorithms for Association Rule Mining | p. 31 |
Sequential Pattern Mining | p. 36 |
Supervised Learning | p. 46 |
Nearest Neighbor Classifiers | p. 46 |
Decision Tree | p. 46 |
Bayesian Classifiers | p. 49 |
Neural Networks Classifier | p. 50 |
Unsupervised Learning | p. 52 |
The k-Means Algorithm | p. 52 |
Hierarchical Clustering | p. 53 |
Density based Clustering | p. 55 |
Semi-supervised Learning | p. 56 |
Self-Training | p. 56 |
Co-Training | p. 57 |
Generative Models | p. 58 |
Graph based Methods | p. 59 |
Markov Models | p. 59 |
Regular Markov Models | p. 60 |
Hidden Markov Models | p. 61 |
K-Nearest-Neighboring | p. 62 |
Content-based Recommendation | p. 62 |
Collaborative Filtering Recommendation | p. 63 |
Memory-based collaborative recommendation | p. 63 |
Model-based Recommendation | p. 64 |
Social Network Analysis | p. 64 |
Detecting Community Structure in Networks | p. 64 |
The Evolution of Social Networks | p. 67 |
Web Mining: Techniques and Applications | |
Web Content Mining | p. 71 |
Vector Space Model | p. 71 |
Web Search | p. 73 |
Activities on Web archiving | p. 73 |
Web Crawling | p. 74 |
Personalized Web Search | p. 76 |
Feature Enrichment of Short Texts | p. 77 |
Latent Semantic Indexing | p. 79 |
Automatic Topic Extraction from Web Documents | p. 80 |
Topic Models | p. 80 |
Topic Models for Web Documents | p. 83 |
Inference and Parameter Estimation | p. 84 |
Opinion Search and Opinion Spam | p. 84 |
Opinion Search | p. 85 |
Opinion Spam | p. 86 |
Web Linkage Mining | p. 89 |
Web Search and Hyperlink | p. 89 |
Co-citation and Bibliographic Coupling | p. 90 |
Co-citation | p. 90 |
Bibliographic Coupling | p. 90 |
PageRank and HITS Algorithms | p. 91 |
PageRank | p. 91 |
HITS | p. 93 |
Web Community Discovery | p. 95 |
Bipartite Cores as Communities | p. 96 |
Network Flow/Cut-based Notions of Communities | p. 97 |
Web Community Chart | p. 97 |
Web Graph Measurement and Modeling | p. 100 |
Graph Terminologies | p. 101 |
Power-law Distribution | p. 101 |
Power-law Connectivity of the Web Graph | p. 101 |
Bow-tie Structure of the Web Graph | p. 102 |
Using Link Information for Web Page Classification | p. 102 |
Using Web Structure for Classifying and Describing Web Pages | p. 103 |
Using Implicit and Explicit Links for Web Page Classification | p. 105 |
Web Usage Mining | p. 109 |
Modeling Web User Interests using Clustering | p. 109 |
Measuring Similarity of Interest for Clustering Web Users | p. 109 |
Clustering Web Users using Latent Semantic Indexing | p. 115 |
Web Usage Mining using Probabilistic Latent Semantic Analysis | p. 118 |
Probabilistic Latent Semantic Analysis Model | p. 118 |
Constructing User Access Pattern and Identifying Latent Factor with PLSA | p. 120 |
Finding User Access Pattern via Latent Dirichlet Allocation Model | p. 124 |
Latent Dirichlet Allocation Model | p. 124 |
Modeling User Navigational Task via LDA | p. 128 |
Co-Clustering Analysis of weblogs using Bipartite Spectral Projection Approach | p. 130 |
Problem Formulation | p. 131 |
An Example of Usage Bipartite Graph | p. 132 |
Clustering User Sessions and Web Pages | p. 132 |
Web Usage Mining Applications | p. 133 |
Mining Web Logs to Improve Website Organization | p. 134 |
Clustering User Queries from Web logs for Related Query | p. 137 |
Using Ontology-Based User Preferences to Improve Web Search | p. 141 |
Social Networking and Web Recommendation: Techniques and Applications | |
Extracting and Analyzing Web Social Networks | p. 145 |
Extracting Evolution of Web Community from a Series of Web Archive | p. 145 |
Types of Changes | p. 146 |
Evolution Metrics | p. 146 |
Web Archives and Graphs | p. 148 |
Evolution of Web Community Charts | p. 148 |
Temporal Analysis on Semantic Graph using Three-Way Tensor Decomposition | p. 153 |
Background | p. 153 |
Algorithms | p. 155 |
Examples of Formed Community | p. 156 |
Analysis of Communities and Their Evolutions in Dynamic Networks | p. 157 |
Motivation | p. 158 |
Problem Formulation | p. 159 |
Algorithm | p. 160 |
Community Discovery Examples | p. 161 |
Socio-Sense: A System for Analyzing the Societal Behavior from Web Archive | p. 161 |
System Overview | p. 163 |
Web Structural Analysis | p. 163 |
Web Temporal Analysis | p. 165 |
Consumer Behavior Analysis | p. 166 |
Web Mining and Recommendation Systems | p. 169 |
User-based and Item-based Collaborative Filtering Recommender Systems | p. 169 |
User-based Collaborative Filtering | p. 170 |
Item-based Collaborative Filtering Algorithm | p. 171 |
Performance Evaluation | p. 174 |
A Hybrid User-based and Item-based Web Recommendation System | p. 175 |
Problem Domain | p. 175 |
Hybrid User and Item-based Approach | p. 176 |
Experimental Observations | p. 178 |
User Profiling for Web Recommendation Based on PLSA and LDA Model | p. 178 |
Recommendation Algorithm based on PLSA Model | p. 178 |
Recommendation Algorithm Based on LDA Model | p. 181 |
Combing Long-Term Web Achieves and Logs for Web Query Recommendation | p. 183 |
Combinational CF Approach for Personalized Community Recommendation | p. 185 |
CCF: Combinational Collaborative Filtering | p. 186 |
C-U and C-D Baseline Models | p. 186 |
CCF Model | p. 187 |
Conclusions | p. 189 |
Summary | p. 189 |
Future Directions | p. 191 |
References | p. 195 |
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