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Dynamic Knowledge Interaction : International Series on Computational Intelligence - Toyoaki Nishida

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Dynamic Knowledge Interaction

Name: Dynamic Knowledge Interaction
Brand: CRC PR INC
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By: Toyoaki Nishida (Editor)

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Hardcover | 23 March 2000 | Edition Number 1

At a Glance

Hardcover
296 Pages

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23.4 x 15.6 x 2.16

Hardcover

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Internet, intranets, the Web, chat rooms, E-mail, and E-business. With the advent of this widespread networking, it is clear that the nature of human interactions is changing. As communities develop based on common knowledge, connections through traditional social routes are de-emphasized. Dynamic Knowledge Interaction presents groundbreaking, interdisciplinary work on the creation of information tools for people developing modern community support systems. This book bridges the fields of advanced information technology, social psychology, and cognitive psychology. It will pique the interest of anyone concerned with community in the context of human-computer interaction.

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You Can Find This Book In

Non-Fiction Psychology Social Psychology Computing & I.T.Databases Information Technology General Issue Ethical & Social Aspects of IT Engineering & Technology Electronics & Communications Engineering Electronics Engineering Computer Science Artificial Intelligence

Expert Systems & Knowledge-Based Systems Virtual Reality

Introduction	p. 1
Background and motivation	p. 1
An interdisciplinary approach to dynamic knowledge interaction	p. 4
Public Opinion Channel	p. 6
Conceptual framework of POC	p. 6
Role of POC	p. 9
Challenges in implementing POC	p. 10
Summary of this book	p. 13
Social Psychological Approach to Knowledge-creating Community	p. 15
Introduction	p. 15
What is a networked community?	p. 16
Definition of 'community': beyond the fantastic image	p. 18
A networked community as a group	p. 21
Historical views of communities	p. 24
Two factors preventing dynamic knowledge interaction	p. 28
The pathology of the group	p. 28
The escape from information	p. 32
Problems particular to networks	p. 38
Negative and misunderstood images of the Internet	p. 38
Analyzing anonymity and 'flaming' in a network	p. 40
Mura on the network	p. 42
A dry community facilitating dynamic knowledge interaction	p. 43
Dry information versus wet information	p. 43
Explanation power of informational humidity	p. 46
Media theory of an information network	p. 49
Functions to be implemented on POC	p. 51
Protect personal information	p. 52
Consideration of minority opinions	p. 53
Ensure opportunities to presenters	p. 53
Positive reciprocity	p. 54
Tutoring	p. 55
Additional discussions about POC	p. 55
Conclusion	p. 57
Dynamic Knowledge Interaction in Human Cognition	p. 59
Introduction	p. 59
Dynamic knowledge interaction and categorization	p. 60
Important role of categorization in our cognition	p. 60
Traditional research on categorization	p. 61
Categorization and background knowledge	p. 65
FR structure category and background knowledge	p. 73
Experiment	p. 81
Method	p. 81
Results	p. 97
Discussion	p. 98
Conclusion	p. 102
Intelligent Tool for Facilitating Creative Communication	p. 105
Introduction	p. 105
Background and motivation	p. 108
Related work	p. 109
Framework	p. 110
Information preparation by presenters	p. 112
Inferring user interests	p. 113
Information recommendation	p. 117
Visualizing interest spaces	p. 117
Implementation	p. 118
Experiment and evaluation	p. 120
Quantitative analysis of information presentation accuracy	p. 122
Subjective analysis of user's trial	p. 124
Analysis of effects of the system on the change in the user's interest due to interaction with the system	p. 125
Conclusion	p. 126
Associative Representation for Personal Memory Management	p. 131
Introduction	p. 131
Associative representation and CoMeMo arc hitecture	p. 134
Associative representation	p. 134
CoMeMo architecture	p. 134
CoMeMo workbench	p. 136
Information exploration facility	p. 137
Cognitive experiment on generation and understanding of associative representation	p. 137
CoMeMo incorporator	p. 147
An interface for knowledge gathering	p. 147
Information capture facility	p. 148
Information integration facility	p. 150
Experiment on information capture and integration facilities	p. 150
Comm unity memory support using associative representation	p. 154
Issues in comm unity memory support	p. 154
InfoCommon	p. 155
Social experiment at the ICMAS'96 mobile assistant project	p. 157
Discussion	p. 166
Externalizing memory using story structure	p. 169
Keys for recalling the context	p. 169
CoMeMo colleague	p. 174
Related work	p. 178
Conclusion	p. 180
Talking Virtualized Egos for Dynamic Knowledge Interaction	p. 183
Introduction	p. 183
Virtualized ego -- software agent as alter-ego	p. 184
Role of alter-ego	p. 185
Partial alter-ego	p. 186
Virtualized ego	p. 187
Self-disclosure and knowledge sharing in social interaction	p. 188
From self-disclosure to knowledge sharing	p. 189
Usefulness of supporting information sending and sharing in a comm unity	p. 191
CoMeMo-Community for supporting community knowledge evolution	p. 192
Overview of CoMeMo-Community	p. 192
Circulation of knowledge with associative representation exchange format	p. 196
Visualization of community knowledge interaction by TVE metaphor	p. 200
Mechanism of virtual con versation	p. 200
Virtual conversations among virtualized egos over a network	p. 202
Experiment	p. 205
Method	p. 206
Experiment environment	p. 206
Results and discussion	p. 209
Role of CoMeMo-Community in a community	p. 217
CoMeMo-Chat -- prototype system of POC	p. 219
Related work	p. 220
Conclusion	p. 221
Multiple-text Summarization for Collective Knowledge Formation	p. 223
Introduction	p. 223
Role of a summary in dynamic knowledge interaction	p. 223
Role of a summary in the public opinion channel	p. 224
Multiple-text summarization for collective knowledge formation	p. 224
Collective knowledge formation process	p. 224
Multiple-text summarization for a community	p. 226
Topic identification based on statistical information	p. 227
Skewness and kurtosis	p. 228
Topic identification	p. 232
Topic-based summarization	p. 234
Topic Showcase	p. 236
Experiment	p. 239
Description of the experiment	p. 239
Results of topic evaluation	p. 240
Results of summary evaluation	p. 241
Results of overall evaluation	p. 242
Discussion	p. 242
Multiple-text summarization using reference information	p. 243
Multiple-text summarization based on information extraction	p. 243
Future work	p. 244
Experiment in an actual community	p. 244
Coherence in a long summary	p. 244
Incorporation of viewpoints in summaries	p. 245
Conclusion	p. 245
Towards a General Understanding of Dynamic Knowledge Interaction	p. 247
What has been achieved in this book	p. 247
A roadmap towards POC	p. 249
From the POC to general dynamic knowledge interaction	p. 250
Bibliography	p. 257
Index	p. 271
Table of Contents provided by Syndetics. All Rights Reserved.

Dynamic Knowledge Interaction

At a Glance

Hardcover

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