| Preface | 5 |
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| Organization | 6 |
|---|
| Table of Contents | 10 |
|---|
| Active Vessel Navigation Monitoring with Multi-media Message Service | 12 |
|---|
| Introduction | 12 |
| Service System Architecture | 13 |
| Automatic Background Image Selecting Method | 15 |
| Image’s Information Entropy | 16 |
| Image’s Information Scrambling Degree | 16 |
| Automatic Background Image Selecting Method | 17 |
| Experiments | 20 |
| Neural Network Experiments | 20 |
| Scheduler Center Executing Records | 21 |
| Multi-media Notification Message | 23 |
| Conclusion | 23 |
| References | 24 |
| Improvement of Efficient Remote Mutual Authentication and Key Agreement | 25 |
|---|
| Introduction | 25 |
| Review of Shieh-Wang’s Remote Scheme | 26 |
| Registration Phase | 27 |
| Login and Key Agreement Phase | 27 |
| Security Flaws on Shieh and Wang’s Scheme | 28 |
| Perfect Forward Secrecy Problem | 28 |
| Privileged Insider’s Attack | 30 |
| Our Improved Scheme | 30 |
| Registration Phase | 30 |
| Login and Key Agreement Phase | 30 |
| Password Change Phase | 31 |
| Security Analysis | 32 |
| Conclusion | 34 |
| References | 34 |
| QTL Analysis of Ascochyta Blight Resistance in Chickpea | 36 |
|---|
| Introduction | 37 |
| Materials and Methods | 38 |
| Results and Discussion | 43 |
| References | 49 |
| A Context-Aware Adaptation Model for Efficient Web Browsing on Mobile Devices | 52 |
|---|
| Introduction | 52 |
| Related Work | 53 |
| The Proxy-Agent Model | 54 |
| The Document Cluster Graph (DCG) Model | 56 |
| Weight Adjustment for Document Links | 58 |
| The H3 Viewer | 61 |
| Adaptation in a Mobile Environment | 62 |
| Conclusion | 64 |
| References | 64 |
| Data Gathering Based on Nodes' Credit in Wireless Sensor Network | 66 |
|---|
| Introduction | 66 |
| Review: Directed Diffusion | 67 |
| Basic Scheme | 67 |
| Limitations | 68 |
| The Proposed Algorithm | 68 |
| Performance Evaluation | 70 |
| Conclusion | 72 |
| References | 72 |
| A Privacy Preserved Model for Medical Data Sharing in Telemedicine | 74 |
|---|
| Introduction | 74 |
| Organization | 75 |
| Literature Review | 75 |
| Issues in Medical Data Sharing | 76 |
| Data Sharing in Telemedicine | 76 |
| Definition | 77 |
| Problem Definition | 77 |
| Privacy and Security | 77 |
| Privacy in Telemedicine | 78 |
| Proposed Model | 78 |
| Components | 79 |
| Communications between Components | 80 |
| Implementation | 82 |
| Discussions and Conclusion | 85 |
| References | 86 |
| Wireless Network of Collaborative Physiological Signal Devices in a U-Healthcare System | 87 |
|---|
| Introduction | 87 |
| Wearable Physiological Signal Devices | 88 |
| ECG-Single Channel | 89 |
| PPG (Photopleth-Ysmography) | 90 |
| SKT (Skin Temperature) | 90 |
| Fall Detector (Using ACC Sensor) | 90 |
| SBP (Using ECG and PPG Sensor) | 90 |
| Dongle and Mobile System | 91 |
| Wireless Body Area Network (WBAN) | 91 |
| Scanning Algorithm | 91 |
| Dynamic Discovery and Installation | 92 |
| Reliable Data Transmission | 94 |
| PSD Access Control | 94 |
| Ubiquitous Healthcare Profile | 94 |
| Service Scenario and Application | 96 |
| Conclusion | 97 |
| References | 98 |
| Mobility and QoS Control Concern in Next Generation Networks | 100 |
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| Introduction | 100 |
| NGN Architecture | 102 |
| Interactions between NGN and Non-NGN Environments | 103 |
| Mobility in NGN | 104 |
| Mobile Networks' Infrastructure Evolution | 104 |
| Mobility Management in 2G Networks | 106 |
| Mobility Management in NGN | 107 |
| Resource Management and QoS Control in NGN | 110 |
| Related Research Work by ETSI and IETF | 110 |
| Resource and Admission Control Functional Architecture | 111 |
| Mobility Considerations in RACF | 112 |
| Conclusion | 114 |
| References | 115 |
| Mapping Rule of Workflow-XML Resource Model for Asynchronous Web Service | 116 |
|---|
| Introduction | 116 |
| Related Studies | 117 |
| Asynchronous Web Service Protocol | 117 |
| ASAP | 117 |
| Workflow-XML | 118 |
| Data Modeling abou
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