1;Preface;52;Organization;63;Table of Contents;104;Active Vessel Navigation Monitoring with Multi-media Message Service;124.1;Introduction;124.2;Service System Architecture;134.3;Automatic Background Image Selecting Method;154.3.1;Image's Information Entropy;164.3.2;Image's Information Scrambling Degree;164.3.3;Automatic Background Image Selecting Method;174.4;Experiments;204.4.1;Neural Network Experiments;204.4.2;Scheduler Center Executing Records;214.4.3;Multi-media Notification Message;234.5;Conclusion;234.6;References;245;Improvement of Efficient Remote Mutual Authentication and Key Agreement;255.1;Introduction;255.2;Review of Shieh-Wang's Remote Scheme;265.2.1;Registration Phase;275.2.2;Login and Key Agreement Phase;275.3;Security Flaws on Shieh and Wang's Scheme;285.3.1;Perfect Forward Secrecy Problem;285.3.2;Privileged Insider's Attack;305.4;Our Improved Scheme;305.4.1;Registration Phase;305.4.2;Login and Key Agreement Phase;305.4.3;Password Change Phase;315.5;Security Analysis;325.6;Conclusion;345.7;References;346;QTL Analysis of Ascochyta Blight Resistance in Chickpea;366.1;Introduction;376.2;Materials and Methods;386.3;Results and Discussion;436.4;References;497;A Context-Aware Adaptation Model for Efficient Web Browsing on Mobile Devices;527.1;Introduction;527.2;Related Work;537.3;The Proxy-Agent Model;547.4;The Document Cluster Graph (DCG) Model;567.5;Weight Adjustment for Document Links;587.6;The H3 Viewer;617.7;Adaptation in a Mobile Environment;627.8;Conclusion;647.9;References;648;Data Gathering Based on Nodes' Credit in Wireless Sensor Network;668.1;Introduction;668.2;Review: Directed Diffusion;678.2.1;Basic Scheme;678.2.2;Limitations;688.3;The Proposed Algorithm;688.4;Performance Evaluation;708.5;Conclusion;728.6;References;729;A Privacy Preserved Model for Medical Data Sharing in Telemedicine;749.1;Introduction;749.1.1;Organization;759.2;Literature Review;759.2.1;Issues in Medical Data Sharing;769.2.2;Data Sharing in Telemedicine;769.3;Definition;779.3.1;Problem Definition;779.3.2;Privacy and Security;779.3.3;Privacy in Telemedicine;789.4;Proposed Model;789.4.1;Components;799.4.2;Communications between Components;809.5;Implementation;829.6;Discussions and Conclusion;859.7;References;8610;Wireless Network of Collaborative Physiological Signal Devices in a U-Healthcare System;8710.1;Introduction;8710.2;Wearable Physiological Signal Devices;8810.2.1;ECG-Single Channel;8910.2.2;PPG (Photopleth-Ysmography);9010.2.3;SKT (Skin Temperature);9010.2.4;Fall Detector (Using ACC Sensor);9010.2.5;SBP (Using ECG and PPG Sensor);9010.2.6;Dongle and Mobile System;9110.3;Wireless Body Area Network (WBAN);9110.3.1;Scanning Algorithm;9110.3.2;Dynamic Discovery and Installation;9210.3.3;Reliable Data Transmission;9410.3.4;PSD Access Control;9410.3.5;Ubiquitous Healthcare Profile;9410.4;Service Scenario and Application;9610.5;Conclusion;9710.6;References;9811;Mobility and QoS Control Concern in Next Generation Networks;10011.1;Introduction;10011.2;NGN Architecture;10211.2.1;Interactions between NGN and Non-NGN Environments;10311.3;Mobility in NGN;10411.3.1;Mobile Networks' Infrastructure Evolution;10411.3.2;Mobility Management in 2G Networks;10611.3.3;Mobility Management in NGN;10711.4;Resource Management and QoS Control in NGN;11011.4.1;Related Research Work by ETSI and IETF;11011.4.2;Resource and Admission Control Functional Architecture;11111.4.3;Mobility Considerations in RACF;11211.5;Conclusion;11411.6;References;11512;Mapping Rule of Workflow-XML Resource Model for Asynchronous Web Service;11612.1;Introduction;11612.2;Related Studies;11712.3;Asynchronous Web Service Protocol;11712.3.1;ASAP;11712.3.2;Workflow-XML;11812.4;Data Modeling about Workflow-XML Resource Model;11912.4.1;Workflow-XML Resource Type Entity Modeling;11912.4.2;Workflow-XML Interaction Resource Entity Modeling;12412.5;Conclusion and Further Works