Kostkova Electronic Healthcare

Second International ICST Conference, eHealth 2009, Istanbul, Turkey, September 23-25, 2009, Revised Selected Papers
1. Auflage 2010
ISBN: 978-3-642-11745-9
Verlag: Springer
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, Band 27, 212 Seiten

Reihe: Lecture Notes of the Institute for Computer Sciences, Social Informatics and Telecommunications Engineering

This book constitutes the thoroughly refereed post-conference proceedings of the Second International ICST Conference on Electronic Healthcare for the 21st century, eHealth 2009, held in Istanbul, Turkey, in September 2009.

The 14 full papers presented and 10 technical presentations were carefully selected by over 80 submissions. The papers focus on topics such as telehealth and mobile health solutions, outbreak management, Web 2.0 and public health communications, EPR - trust, security and decision support, ICT support for patients and healthcare organizations, evaluation of ICT in healthcare, healthcare knowledge management and ontologies, Web 2.0, multimedia and personalisation, eHealth automation and decision support as well as European centre for disease preventation and control.

Autoren/Hrsg.

Kostkova, Patty

Inhaltsverzeichnis

1;Title Page;2
2;Preface;5
3;Organization;7
4;Table of Contents;10
5;Session 1: Telehealth and Mobile Health Solutions;10
5.1;Model Checking for Robotic Guided Surgery;14
5.1.1;Introduction;14
5.1.2;Transformation and Validation;15
5.1.2.1;Model Checking;15
5.1.3;Model Checking Examples;16
5.1.4;Results;16
5.1.5;Future Works;17
5.1.6;References;17
5.2;Intelligent Mobile Health Monitoring System (IMHMS);18
5.2.1;Introduction;18
5.2.2;System Architecture;20
5.2.3;Evaluation;23
5.2.4;Future Works and Conclusion;25
5.2.5;References;25
5.3;Mobile Health Access for Diabetics in Rural Areas of Turkey – Results of a Survey;26
5.3.1;Mobile Devices in eHealth;26
5.3.1.1;Providing Information to Patients;26
5.3.1.2;Transmission of Physiological Parameters;27
5.3.1.3;Alert of Patients or Medical Professionals with Critical Values;27
5.3.2;The eSana Framework;27
5.3.3;Survey;28
5.3.3.1;Introduction;29
5.3.3.2;Diabetes Application Context;29
5.3.3.3;ICT Infrastructure and Know-How of the Medical Professionals;30
5.3.3.4;Use of Mobile Technologies;30
5.3.3.5;Potential Effects of a Mobile Diabetes Solution;30
5.3.4;Conclusion and Outlook;31
5.3.4.1;Interpretation of the Survey Results;31
5.3.4.2;Components of a Mobile Diabetes Application;32
5.3.4.3;Outlook;32
5.3.5;References;33
6;Session 2: Outbreak Management, Web 2.0 and Public Health Communication;10
6.1;Early Warning and Outbreak Detection Using Social Networking Websites: The Potential of Twitter;34
6.1.1;Introduction;34
6.1.2;Methodology;35
6.1.2.1;Use of Twitter in This Study;35
6.1.3;Preliminary Results;35
6.1.4;Conclusion;37
6.1.5;References;37
6.2;Communicating with Public Health Organizations: AnInventory of Capacities in the European Countries;38
6.2.1;Introduction;38
6.2.2;The Use of Customer Relationship Management in Public Health;39
6.2.3;The ECDC Contacts and Organizations Database;39
6.2.4;References;40
6.3;Transparency and Documentation in Simulations of Infectious Disease Outbreaks: Towards Evidence-Based Public Health Decisions and Communications;41
6.3.1;Introduction;41
6.3.2;Methods;42
6.3.3;Results;43
6.3.3.1;Settings and User Groups;43
6.3.3.2;Implementation;44
6.3.3.3;‘Swine flu’ Use Example;44
6.3.4;Discussion;46
6.3.5;Conclusions;46
6.3.6;References;47
7;Session 3: EPR: Trust, Security and Decision Support;10
7.1;Prototyping a Personal Health Record Taking Social and Usability Perspectives into Account;48
7.1.1;Introduction;48
7.1.2;Personal Health Management in the Household;49
7.1.2.1;Methodology;49
7.1.2.2;Three Strategies of Health Information Management in the Household;49
7.1.2.3;Implications for System Design;50
7.1.3;System Design;51
7.1.3.1;Design Principle;51
7.1.3.2;Architectural Components;52
7.1.3.3;Underlying Data Model;52
7.1.4;Future Work;53
7.1.4.1;The Usability Evaluation Approach;53
7.1.4.2;The Target Users;53
7.1.4.3;Implication for the System Interface;54
7.1.5;Conclusions;54
7.1.6;References;55
7.2;Mixed-Initiative Argumentation: Group Decision Support in Medicine;56
7.2.1;Introduction;56
7.2.2;Formal Framework;59
7.2.3;Medical Group Decision Support System;61
7.2.4;Conclusion;63
7.2.5;References;63
8;Session 4: ICT Support for Patients and Healthcare Organizations;11
8.1;Enabling Technology to Advance Health-Protecting Individual Rights-Are We Walking the Talk?;64
8.1.1;Introduction;64
8.1.2;Potential of E-Health;65
8.1.3;Difficulty in Defining Ownership of Data;65
8.1.3.1;The Complexities of "Privacy" in a Networked World;66
8.1.3.2;Privacy Legislation;67
8.1.4;New Business Models – Need for Education, Accountability and New Legislation;68
8.1.4.1;Personalized Medicine;68
8.1.4.2;Personal Health Records and Personal Medical Monitoring;69
8.1.4.3;Need to Provide Education and Technical Assistance for Consumers;70
8.1.4.4;Need for Methods to Validate and to Ensure Accountability;71
8.1.4.5;Need for Legislation That Covers All Entities;71
8.1.5;Conclusion -- Enabling Technology to Advance Health -Protecting Individual Rights - Are We Walking the Talk?;71
8.1.6;References;73
8.2;Detecting Human Motion: Introducing Step, Fall and ADL Algorithms;75
8.2.1;Introduction;75
8.2.2;Research and Methodology;76
8.2.2.1;Equipment;76
8.2.2.2;Sensor Placement;76
8.2.2.3;Step Detection;77
8.2.2.4;Fall Detection;79
8.2.2.5;Detecting the Position of the User;81
8.2.3;Conclusion;81
8.2.4;References;82
8.3;The Costs of Non-training in Chronic Wounds: Estimates through Practice Simulation;83
8.3.1;Introduction;83
8.3.2;Materials and Methods;84
8.3.3;Results;86
8.3.4;Conclusion;87
8.3.5;References;87
8.4;Open Source Virtual Worlds and Low Cost Sensors for Physical Rehab of Patients with Chronic Diseases;89
8.4.1;Introduction;89
8.4.2;Virtual Valley;90
8.4.2.1;System Architecture;90
8.4.2.2;Functional Design;91
8.4.3;Discussion and Future Work;91
8.4.4;References;92
9;Session 5: Evaluation of ICT in Healthcare;11
9.1;Data Triangulation in a User Evaluation of the Sealife Semantic Web Browsers;93
9.1.1;Introduction;93
9.1.2;Background;94
9.1.2.1;Sealife SWB Evaluation;94
9.1.3;Use of Triangulation for Semantic Web;94
9.1.3.1;Value of Data Triangulation in Interpreting the Results;95
9.1.4;Sealife Results;95
9.1.4.1;Web Server Logs;96
9.1.4.2;Questionnaires;96
9.1.4.3;Semi-structured Interviews;96
9.1.5;Sealife Evaluation: Validation and Completeness of Results;97
9.1.5.1;Validation;97
9.1.5.2;Completeness;98
9.1.6;Discussion;98
9.1.7;Conclusion;98
9.1.8;References;99
9.2;Adaptive Planning of Staffing Levels in Health Care Organisations;101
9.2.1;Introduction;101
9.2.2;Staffing Model;102
9.2.2.1;Transient Approximations for GI/G/c(n) Model;103
9.2.3;Adaptive Staff Planning Approach;104
9.2.4;Staff Planning in an A&E Unit;105
9.2.5;Conclusions;108
9.2.6;References;108
9.3;“Do Users Do What They Think They Do?”– A Comparative Study of User Perceived and Actual Information Searching Behaviour in the National Electronic Library of Infection;109
9.3.1;Introduction;109
9.3.1.1;‘User Perceived’ versus User Actual Information ‘Searching Behaviour’;110
9.3.2;NeLI Navigation Structure;111
9.3.3;Information Searching Investigation Methods;111
9.3.4;Study Results;112
9.3.4.1;Did the Users Find the Information They Were Looking for?;112
9.3.4.2;Navigation on NeLI: Browsing and Searching;112
9.3.4.3;Browsing and Searching Behaviour Details;113
9.3.4.4;Cases Where the Users Reported Navigation Behaviour and Observed Behaviour Did Not Match;114
9.3.5;Discussion;115
9.3.6;Conclusion;116
9.3.7;References;116
9.4;MEDEMAS -Medical Device Management and Maintenance System Architecture;117
9.4.1;Introduction;117
9.4.2;Design Considerations;118
9.4.3;System Architecture;119
9.4.4;Conclusion Remarks and Future Work;120
9.4.5;References;120
9.5;ROC Based Evaluation and Comparison of Classifiers for IVF Implantation Prediction;121
9.5.1;Introduction;121
9.5.2;IVF Dataset;122
9.5.3;Experiments and Results;122
9.5.4;Conclusions and Future Work;123
9.5.5;References;124
9.6;Evaluation of Knowledge Development in a Healthcare Setting;125
9.6.1;Introduction;125
9.6.2;Methods;126
9.6.2.1;Study Design;126
9.6.3;Findings;127
9.6.4;Conclusions;128
9.6.5;References;128
10;Session 6: Healthcare Knowledge Management and Ontologies;12
10.1;Building and Using Terminology Services for the European Centre for Disease Prevention and Control;129
10.1.1;Introduction;129
10.1.1.1;Understanding the Problem – Why ECDC Needs Interoperability Tools?;129
10.1.1.2;Semantic Interoperability and the Selected Tools: Building a Terminology Server and a Domain Ontology;130
10.1.2;Methods, Tools, Standards;130
10.1.2.1;Avoiding Reinventing the Wheel – What Is Out There?;130
10.1.2.2;What Methods, Tools and Standards Have Been Chosen?;132
10.1.3;Results in Building Terminology, Operating the Terminology Server (TS) and Planned Next Steps;132
10.1.4;Discussion and Conclusions;135
10.1.5;References;135
10.2;Semantic Description of Health Record Data for Procedural Interoperability;137
10.2.1;Introduction;137
10.2.2;Materials and Methods;138
10.2.3;Results;139
10.2.3.1;Description of Medigrid Entities;139
10.2.3.2;MediGRID and OpenEHR;140
10.2.4;Discussion;142
10.2.4.1;Indicator Ontology;142
10.2.4.2;Archetype Data as Indicators;142
10.2.5;Conclusions;142
10.2.6;References;143
10.3;A Lexical-Ontological Resource for Consumer Healthcare;144
10.3.1;Introduction;144
10.3.2;Medical Terminologies and Ontologies;145
10.3.3;Approach;146
10.3.3.1;Knowledge Acquisition Task;147
10.3.3.2;Term Extraction and Mapping Analysis;148
10.3.4;First Results Evaluation;149
10.3.5;Concluding Remarks;150
10.3.6;References;151
10.4;An Ontology of Therapies;152
10.4.1;Introduction;152
10.4.2;The Oncocure Project;153
10.4.3;Which Ontologies for Medicine?;153
10.4.4;The NCI Thesaurus;154
10.4.5;The Ontology Developed;155
10.4.6;Use of the Ontology;157
10.4.7;Conclusions;158
10.4.8;References;159
10.5;Modelling and Decision Support of Clinical Pathways;160
10.5.1;Development of the Process-Oriented Perspective in German Hospitals to the “Clinical Pathways”;160
10.5.2;Modelling of Clinical Paths;162
10.5.3;Architectural Concept of a Knowledge-Base Process-Oriented Hospital Information System;164
10.5.3.1;Limits of Process-Oriented Hospital Information Systems;164
10.5.3.2;Architectural Concept of a Knowledge-Based Hospital Workflow-System;165
10.5.4;Synopsis and Future Prospects;166
10.5.5;References;167
10.6;With Intègre®, Leverage Every Medical Professionals’ Skills and Expertise;168
11;Session 7: Web 2.0, Multimedia and Personalisation;12
11.1;Personality Diagnosis for Personalized eHealth Services;170
11.1.1;Introduction;170
11.1.2;References;177
11.2;Collaboration through ICT between Healthcare Professionals: The Social Requirements of Health 2.0 Applications;178
11.2.1;Introduction;178
11.2.1.1;Health 2.0;178
11.2.1.2;Social Requirements;179
11.2.2;Method;180
11.2.3;CSCW in Healthcare;180
11.2.4;Social Requirements of Health 2.0;181
11.2.4.1;Supported Autonomy;181
11.2.4.2;Rationale in Context;183
11.2.4.3;Fluid Collaboration;183
11.2.5;Discussion;184
11.2.6;References;184
11.3;A Web2.0 Platform in Healthcare Created on the Basis of the Real Perceived Need of the Elderly End User;186
11.3.1;The Early Approach to Elderly Care and the New Challenges in Web2.0;186
11.3.2;The Federative Platform as Approach for Web2.0 in Healthcare;188
11.3.3;The Contribution to Web 2.0 in Healthcare for Elderly;191
11.3.4;Conclusions;192
11.3.5;References;193
11.4;Web 2.0 Artifacts in Healthcare Management Portals-State-of-the-Art in German Health Care Companies;194
11.4.1;Introduction;194
11.4.2;Basic Principles;195
11.4.2.1;The Landscape of German Healthcare Management;195
11.4.2.2;Related Work;196
11.4.3;Survey of German Health Insurance Companies Websites;196
11.4.3.1;Methodology and Design;196
11.4.3.2;Results;198
11.4.3.3;Discussion;199
11.4.4;Summary and Outlook;200
11.4.5;References;200
12;Session 8: eHealth Automation and Decision Support;13
12.1;Compensation of Handicap and Autonomy Loss through e-Technologies and Home Automation for Elderly People in Rural Regions: An Actual Need for International Initiatives Networks;202
12.1.1;Introduction;202
12.1.2;The Local Initiative Context;202
12.1.3;References;204
12.2;Modeling Market Shares of Competing (e)Care Providers;205
12.2.1;Introduction;205
12.2.2;Conceptual Framework and Model Mechanisms;206
12.2.2.1;Definitions;206
12.2.2.2;General Model Concept;207
12.2.2.3;Inflow and Inter Tier Flow Distribution;208
12.2.2.4;Churn;208
12.2.2.5;Capacity;208
12.2.3;Simulation Results;209
12.2.3.1;Capacity;209
12.2.3.2;Market Shares of Competing Care Providers;210
12.2.4;Conclusion and Future Work;211
12.2.5;References;212
12.3;Security Protection on Trust Delegated Data in Public Mobile Networks;213
12.3.1;Introduction;213
12.3.2;Trust Negotiation in Mobile Services;214
12.3.3;Proposed Schema;215
12.3.4;Implementation;216
12.3.4.1;Protocol;216
12.3.4.2;Token Generation and Management;217
12.3.4.3;Security Capsule Implementation;218
12.3.5;Conclusion;219
12.3.6;References;220
13;Session 9: European Centre for Disease Prevention and Control;13
13.1;Communicating with Public Health Organizations: Technical Solution;221
13.1.1;Introduction and Requirements;221
13.1.2;Implementation Phases;222
14;Author Index;223