1;Preface;52;Organization;63;Table of Contents;94;Security Analysis of "A Novel Elliptic Curve Dynamic Access Control System";114.1;Introduction;114.2;Review the WWC-Scheme;134.2.1;The Operations of the Elliptic Curve;134.2.2;The WWC-Scheme;144.2.3;Inserting New Security Class;164.2.4;Adding Ordered Relationships;164.2.5;Deleting Relationships;174.2.6;The Security Analysis and Discussion;184.3;On the Security of WWC-Scheme;204.3.1;The Novel Exterior Attack;214.3.2;On the Security of Adding Ordered Relationships in WWC-Scheme;224.4;Conclusions;234.5;References;235;VoIP SPAM Response System Adopting Multi-leveled Anti-SPIT Solutions;255.1;Introduction;255.2;Background Study;265.2.1;Session Initiation Protocol (SIP);265.2.2;Types of VoIP SPAM;275.2.3;Adapting Anti-spam Solutions for Email Field to VoIP Service;285.2.4;Feature of SPAM Caller;285.2.5;Cost of VoIP SPAM Call;305.3;VoIP SPAM Response System;305.4;Implementation of a Phased ANTI-SPIT Framework;315.4.1;Graylist Module and SPIT Level Decision Model;335.4.2;SPIT Level Decision Algorithm;335.4.3;SIP_SPF Module;355.4.4;Easy SPAM Reporter Module;375.5;Experiments;385.5.1;Evaluation Factors for Spam Filters;385.5.2;Experimental Results;395.6;Conclusion and Future Work;395.7;References;406;Feature Extraction for IRIS Recognition;416.1;Introduction;416.2;Previous Works;436.3;Our Work;456.3.1;24-bit Bitmap Color Image to 8-bit Gray Scale Conversion;456.3.2;IRIS Edge Detection;466.3.3;IRIS Effective Region Extraction and Pattern Generation;466.4;Result;476.5;Conclusion;486.6;References;497;Bidirectional Quantum Secure Direct Communication Based on Entanglement;507.1;Introduction;507.2;QSDC Protocol;527.3;Security Analysis;557.4;Conclusions;587.5;References;588;Study and Implementation of SELinux-Like Access Control Mechanism Based on Linux;608.1;Introduction;608.2;Discretionary Access Control Mechanism of Linux;618.2.1;Unix-Like POSIX Permissions System;618.2.2;Capabilities;628.2.3;ACL;628.3;Mandatory Access Control Mechanism of Linux (SELinux);628.3.1;Architecture and Principle of SELinux;628.3.2;Policy Configuration of SELinux;638.3.3;Evaluation of SELinux;648.4;A New Mandatory Access Control Mechanism;648.4.1;LYSLinux Access Control Model;658.4.2;Description of Security Policy;668.4.3;Storage and Management of Security Policy;688.5;Prototype Design and Implementation;698.5.1;Security Facilities Inside Linux Kernel;698.5.2;Structural Design of LYSLinux Access Control Module;718.5.3;Process Design of Mandatory Access Control Based on LYSLinux;728.5.4;Prototype Implementation;738.6;Prototype Test and Results;748.7;Summary;758.8;References;759;Research on Streaming Data Integration System about Security Threat Monitor;779.1;Introduction;779.1.1;Limitations of the Current System;779.1.2;Requirements in Reality;789.1.3;Our Solution;789.1.4;Paper Organization;799.2;Related Work;809.2.1;Existing Network Monitor System;809.2.2;Data Stream Management System;809.3;Desiderata for GS-TMS System;819.3.1;Continuous;819.3.2;Automatic and Robust;819.3.3;Transparent;819.3.4;Efficient;819.3.5;Simple;819.4;The System Architecture;819.4.1;The Components of the System;819.4.2;Log to Stream;839.4.3;Stream Schema Matching;849.4.4;Query Language;849.4.5;Query Rewriting;849.4.6;Broken Mapping Detection;859.4.7;Summarization;859.5;Evaluation Design;859.6;Conclusion;879.7;References;8710;Using Honeypots to Secure E-Government Networks;8910.1;Introduction;8910.2;E-Government;9010.3;Honeypots;9110.3.1;Physical Honeypot;9310.3.2;Virtual Honeypot;9310.3.3;Advantages and Disadvantages of Various Kinds of Honeypots;9310.3.4;Honeynet and Honeywall;9410.4;The Proposed Model of a Fault Tolerance Honeynet for Securing E-Government;9410.5;Conclusion;9710.6;References;9711;Trust-Risk-Game Based Access Control in Cross Domain Application;9911.1;Introduction;9911.2;Related Work;10111.3;Access Control Mecha