Slezak / Sandnes / Kim U- and E-Service, Science and Technology

International Conference, UNESST 2009, Held as Part of the Future Generation Information Technology Conference, FGIT 2009, Jeju Island, Korea, December 10-12, 2009, Proceedings
1. Auflage 2009
ISBN: 978-3-642-10580-7
Verlag: Springer
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, Band 62, 187 Seiten

Reihe: Communications in Computer and Information Science

This book constitutes the proceedings of the 2009 International Conference on U- and E-Service, Science and Technology, UNESST 2009, held in conjunction with the International Conference on Future Generation Information Technology, FGIT 2009, on December 10-12, 2009, in Jeju Island, Korea. The FGIT 2009 conference received 1051 submissions in total, of which 301 papers were selected to be presented at one of the events taking place as part of it. The 23 papers presented in this volume were carefully reviewed and selected for presentation at UNESST 2009. They focus on various aspects of u- and e-service, science and technology with computational sciences, mathematics and information technology and recent advances in these areas.

Autoren/Hrsg.

Slezak, Dominik

Sandnes, Frode Eika

Kim, Tai-Hoon

Kang, Byeong-Ho

Ma, Jianhua

Gu, Bongen

Inhaltsverzeichnis

1;Foreword;5
2;Preface;7
3;Organization;8
4;Table of Contents;9
5;Mobile Manufacturer or Service Provider? An Empirical Study on Consumers’ Adoption Intention;11
5.1;Introduction;11
5.2;Theoretical Background;12
5.3;Research Methodology;13
5.4;Conclusion and Implications;14
5.5;References;15
6;The Development of Software Pricing Schemata and Its Application to Software Industry in Korea;16
6.1;Introduction;16
6.2;Literature Review;17
6.2.1;Linear vs. Nonlinear Pricing;17
6.2.2;Pay-First and Product-Second vs. Product-First and Pay-Second;18
6.2.3;Price Unit Criteria;18
6.3;Experimental Model;19
6.4;Analysis of the Model;20
6.5;Conclusion and Suggestions;22
6.6;References;22
7;The Determinants of Home Shopping Sales in Korea from the Producer Perspectives;23
7.1;Introduction;23
7.2;Literature Review;23
7.2.1;Demographic Traits of Homeshoppers;23
7.2.2;Clothing Homeshoppers;24
7.3;Method;24
7.3.1;Research Questions;24
7.3.2;Sampling and Analysis;25
7.4;Results;25
7.5;Conclusion;27
7.6;References;27
8;The Scanner Data Shows Size Elasticity at Package Food Category?;29
8.1;Introduction;29
8.2;Literature Review;30
8.2.1;Traditional Pricing Schemata;30
8.2.2;Topic of Cognitive Psychology;31
8.3;Empirical Research;32
8.3.1;Sample;32
8.3.2;Data Analysis;32
8.4;Findings and Future Study;32
8.4.1;Size Elasticities;32
8.4.2;Size Elasticities for Brand;33
8.4.3;Future Studies;33
8.5;References;34
9;OpenTide China’s Pricing Decision-Making Support System 2.0 for Digital Industry in China;35
9.1;Introduction;35
9.2;System Modeling;36
9.2.1;Step1: Price Response Function (PRF);36
9.2.2;Step 2: Dividing PRF into High-Demand and Low-Demand Seasons;37
9.2.3;Step 3: Promotion Response Function;38
9.2.4;Step 4: Cost Function;39
9.2.5;Step 5: Kane’s Regency Model;39
9.2.6;Step 6: Brian’s Competitive Algorithm;40
9.2.7;Step 7: OTC’s PDSS;40
9.3;Application to Digital Industry;41
9.4;Findings and Future Study;41
9.5;References;41
10;Application Service Program (ASP) Price Elasticities for Korean Home Trading System;43
10.1;Introduction;43
10.2;Modeling;44
10.3;Methods;45
10.3.1;Sample;45
10.3.2;Data Analysis;45
10.4;Findings and Future Study;46
10.4.1;Forms of Price Response Function for Brand;46
10.4.2;Price Elasticities for Brand;46
10.4.3;Future Studies;47
10.5;References;48
11;The Development of Dynamic Brand Equity Chase Model and Its Application to Digital Industry Based on Scanner Data;49
11.1;Introduction;49
11.2;Modeling;50
11.2.1;Step 1: Multinomial Logit Model;50
11.2.2;Step 2: Mixture Regression Model;51
11.2.3;Step 3: Post Hoc Probability;52
11.3;Application to Digital Industry;52
11.3.1;Sample: Scanner Data;52
11.3.2;Our Model;52
11.4;Findings and Future Study;53
11.5;References;55
12;Performance Analysis of RAID Implementations;57
12.1;Introduction;57
12.2;RAID Evaluation;58
12.3;Evaluation Result;59
12.4;Conclusion;61
12.5;References;62
13;An Analysis of the Storage Management Initiative Specification Based on SMI 1.1.0;63
13.1;Introduction;63
13.2;SMI-S;64
13.2.1;Profiles;64
13.2.2;Subprofiles;65
13.2.3;Packages;65
13.3;Proposed SRM(Storage Resource Management)System;66
13.4;Conclusion;68
13.5;References;69
14;The Dual-Context Based Workflow Performance in Pervasive Environments;70
14.1;Introduction;70
14.2;The Dual-Context Based Workflow Performance Framework;71
14.3;The Dual-Context Based Performance Principles;74
14.3.1;Capture Relevant Context Based on Specifications;74
14.3.2;Map Captured Context with Specifications;75
14.3.3;Make Proper Actions According to Matched Context;76
14.4;Conclusion and Future Work;76
14.5;References;77
15;Ontology Evolution: A Survey and Future Challenges;78
15.1;Introduction;78
15.2;Ontology Change Management;79
15.3;Ontology Evolution Approaches;80
15.3.1;User Driven Evolution;80
15.3.2;Evolution Framework for Distributed Ontologies;81
15.3.3;Discovery Driven Evolution;81
15.3.4;Integrated Framework for Evolution Management;81
15.3.5;Critical Analysis;82
15.4;Open Challenges;82
15.4.1;New Change Detection;82
15.4.2;Conflict Resolution;83
15.5;Conclusions and Step Ahead;84
15.6;References;85
16;Improvement of u-Multiplex Services;86
16.1;Introduction;86
16.2;Literature Reviews;87
16.2.1;Major Spaces and Service of a Multiplex;87
16.3;Improvement of u-Multiplex Services;87
16.3.1;Research Methods and Process;87
16.4;Conclusion;90
16.5;References;91
17;Assessment of IT Governance of COBIT Framework;92
17.1;Introduction;92
17.2;Backgrounds;93
17.2.1;COBIT for IT Governance;93
17.2.2;Related Research on Assessment of IT Governance;94
17.3;Assessment Method of IT Governance of COBIT Framework;94
17.3.1;Calculation of the Weight Values of the IT Goals to the Business Goal;95
17.3.2;Calculation of the Amount of the Contribution of an IT Goal to the Business Goal;98
17.4;Conclusion;98
17.5;References;99
18;Design Middleware Platforms for Ubiquitous Smart Service on City Gas Environment in Korea;100
18.1;Introduction;100
18.2;Ubiquitous Smart Service to City-Gas Facilities in Korea;101
18.3;Design Middleware to City Gas Environment in Korea;103
18.4;Conclusions;106
18.5;References;107
19;Website Evaluation of International Tourist Hotels in Taiwan;108
19.1;Introduction;108
19.2;Literature Review;109
19.3;Methodology;109
19.4;Findings;110
19.5;Conclusion and Future Research;112
19.6;References;113
20;Design of U-Healthcare Service System Based on Personalized Model in Smart Home;114
20.1;Introduction;114
20.2;Related Work;115
20.2.1;U-Healthcare System;115
20.2.2;Open Service Gateway Initiative (OSGi);115
20.3;Personalized Model for U-Healthcare Service;116
20.3.1;U-Healthcare Personalized Service;116
20.3.2;Disease Model;116
20.3.3;Environment Model;117
20.4;System Architecture for U-Healthcare Personalized Service;118
20.5;Conclusion;120
20.6;References;121
21;Business-Oriented SOA Test Framework Based on Event-Simulating Proxy;122
21.1;Introduction;122
21.2;Related Works;123
21.2.1;Web Services Quality Management System;124
21.2.2;ebXML Test Framework;124
21.2.3;JXUnit and JXU;124
21.2.4;ATML (Automatic Test Mark-Up Language);124
21.2.5;Test Choreography Languages;124
21.3;Requirements for Test Suite;125
21.4;Test Suite Design;126
21.5;Event-Driven Execution Model(EDEM);127
21.6;Reference Architecture;130
21.7;Conclusion;131
21.8;References;131
22;Fuzzy Identity-Based Identification Scheme;133
22.1;Introduction;133
22.2;Preliminaries;134
22.2.1;Discrete Logarithm Problem;134
22.2.2;One-More Discrete Logarithm Problem (OMDLOG);134
22.2.3;Lagrange Coefficient;135
22.3;Fuzzy Identity-Based Identification (FIBI) Scheme;135
22.3.1;Definition;135
22.3.2;Security Model;136
22.4;Construction;136
22.4.1;Scheme Construction;137
22.5;Security Analysis;138
22.5.1;Security against Impersonation under Passive Attack;138
22.5.2;Security against Impersonation under Concurrent Attack;138
22.6;Conclusion;138
22.7;References;138
23;DCNL: Disclosure Control of Natural Language Information to Enable Secure and Enjoyable E-Communications;141
23.1;Introduction;141
23.2;Example Analysis and Requirements;142
23.2.1;Unsafe Expressions;142
23.2.2;Desirable Transformation;143
23.2.3;Requirements for DCNL;144
23.3;DCNL Design;145
23.3.1;System Structure;145
23.3.2;Knowledge of Sensitive Phrases and Suggestive Relations;146
23.3.3;Suggestion Matrix and Generation Algorithm;146
23.3.4;Detection of Problematic Words and Warning;148
23.4;Simulation;148
23.5;References;150
24;Software Infrastructure for e-Government – e-Appointment Service;151
24.1;Introduction;151
24.2;One-Stop e-Appointment Service;152
24.3;Existing Solutions;154
24.4;One-Stop e-Appointment Challenges;155
24.5;The Solution – Business Process;156
24.6;The Solution - Software;158
24.6.1;Requirements;158
24.6.2;Design and Implementation;159
24.7;Assessing the Solution;160
24.8;Conclusions;161
24.9;References;161
25;QoS Management in EPC Network and Heterogeneous Digital Home Network;163
25.1;Introduction;163
25.2;Heterogeneous Digital Home Network;164
25.3;Quality of Service (QoS);165
25.4;System Architecture;166
25.4.1;Construct the EPC Network Gateway;166
25.4.2;QoS in Heterogeneous Digital Home Network;166
25.4.3;QoS Analysis in EPC Network and Heterogeneous Digital Home Network;167
25.5;Experimental Results;168
25.6;Conclusion;169
25.7;References;170
26;On the Security of an Attribute-Based Signature Scheme;171
26.1;Introduction;171
26.2;Preliminaries;172
26.2.1;Bilinear Pairings;172
26.2.2;Extended Diffie-Hellman Assumption (EDH) [4];172
26.2.3;Strong Extended Diffie-Hellman Assumption [4];172
26.2.4;Lagrange Coefficient;173
26.2.5;Definition of the ABS Scheme;173
26.2.6;Access Tree Construction [3];173
26.3;Cryptanalysis on the Guo and Zeng ABS Scheme;174
26.3.1;The Guo and Zeng ABS Scheme [4];174
26.3.2;Cryptanalysis;175
26.3.3;ABGS Scheme;176
26.4;Conclusion;177
26.5;References;178
27;A Proposal on an Edu-Game Mechanism for Effectively Knowledge by Using Hierarchical Configuration;179
27.1;Introduction;179
27.2;Related Work;180
27.2.1;Edu-Game Research;180
27.2.2;Puzzle Games;180
27.3;Hierarchical Edu-Game;181
27.3.1;Three-Level Architecture;181
27.3.2;Puzzle Edu-Game Control Methods;182
27.3.3;Selection of Learning Method;182
27.3.4;Control Methods of the Game;183
27.4;Puzzle Game Interface Design;184
27.5;Analysis and Effects;184
27.6;Conclusion and Future Research;185
27.7;References;185
28;Author Index;187