Cover image for Visual data mining : theory, techniques and tools for visual analytics
Title:
Visual data mining : theory, techniques and tools for visual analytics
Series:
Lecture notes in computer science ; 4404
Publication Information:
Berlin : Springer, 2008
Physical Description:
x, 406 p. : ill. ; 24 cm.
ISBN:
9783540710790

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30000010194329 T385 V57 2008 Open Access Book Book
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Summary

Summary

Visual Data Mining--Opening the Black Box Knowledge discovery holds the promise of insight into large, otherwise opaque datasets. Thenatureofwhatmakesaruleinterestingtoauserhasbeendiscussed 1 widely but most agree that it is a subjective quality based on the practical u- fulness of the information. Being subjective, the user needs to provide feedback to the system and, as is the case for all systems, the sooner the feedback is given the quicker it can in'uence the behavior of the system. There have been some impressive research activities over the past few years but the question to be asked is why is visual data mining only now being - vestigated commercially? Certainly, there have been arguments for visual data 2 mining for a number of years - Ankerst and others argued in 2002 that current (autonomous and opaque) analysis techniques are ine'cient, as they fail to - rectly embed the user in dataset exploration and that a better solution involves the user and algorithm being more tightly coupled. Grinstein stated that the "current state of the art data mining tools are automated, but the perfect data mining tool is interactive and highly participatory," while Han has suggested that the "data selection and viewing of mining results should be fully inter- tive, the mining process should be more interactive than the current state of the 2 art and embedded applications should be fairly automated . " A good survey on 3 techniques until 2003 was published by de Oliveira and Levkowitz .


Table of Contents

Simeon J. Simoff and Michael H. Bohlen and Arturas MazeikaMichael H. Bohlen and Linas Bukauskas and Arturas Mazeika and Peer MylovSimeon J. SimoffAlipio Jorge and Joao Pocas and Paulo J. AzevedoLi YangDaniel A. Keim and Florian Mansmann and Jorn Schneidewind and Jim Thomas and Hartmut ZieglerArturas Mazeika and Michael H. Bohlen and Peer MylovDario Bruzzese and Cristina DavinoFrancois Poulet and Thanh-Nghi DoDoina Caragea and Dianne Cook and Hadley Wickham and Vasant HonavarJohn Risch and Anne Kao and Stephen R. Poteet and Y.-J. Jason WuSimeon J. Simoff and John GallowayJose F. Rodrigues Jr. and Agma J.M. Traina and Caetano Traina Jr.Daniel Trivellato and Arturas Mazeika and Michael H. BohlenMonique Noirhomme-Fraiture and Olivier Scholler and Christophe Demoulin and Simeon J. SimoffMao Lin Huang and Quang Vinh NguyenSimeon J. Simoff and Michael H. Bohlen and Arturas MazeikaHenrik R. Nagel and Erik Granum and Soren Bovjerg and Michael VittrupMihael Ankerst and Anne Kao and Rodney Tjoelker and Changzhou WangStephen Kimani and Tiziana Catarci and Giuseppe SantucciPaul J. Kennedy and Simeon J. Simoff and Daniel R. Catchpoole and David B. Skillicorn and Franco Ubaudi and Ahmad Al-OqailyFrancois Poulet
Visual Data Mining: An Introduction and Overviewp. 1
Part 1 Theory and Methodologies
The 3DVDM Approach: A Case Study with Clickstream Datap. 13
Form-Semantics-Function - A Framework for Designing Visual Data Representations for Visual Data Miningp. 30
A Methodology for Exploring Assocation Modelsp. 46
Visual Exploration of Frequent Itemsets and Association Rulesp. 60
Visual Analytics: Scope and Challengesp. 76
Part 2 Techniques
Using Nested Surfaces for Visual Detection of Structures in Databasesp. 91
Visual Mining of Association Rulesp. 103
Interactive Decision Tree Construction for Interval and Taxonomical Datap. 123
Visual Methods for Examining SVM Classifiersp. 136
Text Visualization for Visual Text Analyticsp. 154
Visual Discovery of Network Patterns of Interaction between Attributesp. 172
Mining Patterns for Visual Interpretation in a Multiple-Views Environmentp. 196
Using 2D Hierarchical Heavy Hitters to Investigate Binary Relationshipsp. 215
Complementing Visual Data Mining with the Sound Dimension: Sonification of Time Dependent Datap. 236
Context Visualization for Visual Data Miningp. 248
Assisting Human Cognition in Visual Data Miningp. 264
Part 3 Tools and Applications
Immersive Visual Data Mining: The 3DVDM Approachp. 281
DataJewel: Integrating Visualization with Temporal Data Miningp. 312
A Visual Data Mining Environmentp. 331
Integrative Visual Data Mining of Biomedical Data: Investigating Cases in Chronic Fatigue Syndrome and Acute Lymphoblastic Leukaemiap. 367
Towards Effective Visual Data Mining with Cooperative Approachesp. 389
Author Indexp. 407