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A Quantitative Evaluation of Privilege Separation in Web Browser Designs Xinshu Dong, Hong Hu, Prateek Saxena, and Zhenkai Liang Department of Computer Science, National University of Singapore {xdong, huhong, prateeks,
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Document Date: 2014-03-14 01:33:25


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File Size: 584,40 KB

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Company

Dell / Quantifying Trade / Origin / Google / /

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Facility

National University of Singapore / DOM Store / /

IndustryTerm

security-critical applications / assistance tool / web applications / WEB-TO-COMP / secure systems / web session / event processing / WEB-TO-SYS vulnerabilities / Web browser designs / Web Browser Designs Xinshu Dong / Web-to-System Privilege Escalation / web browsers / Web-to-Component Privilege Escalation / web attacks / WEB-TO-SYS / Web Sites Next / web browser / test harness web pages / real web browser / authorities Web browsers / web components / trusted computing base / web origins / software program / web attackers / software-based isolation / software component / WEB-TO-COMP vulnerabilities / typical web browser / redesigning web browsers / /

OperatingSystem

UNIX / VMs / Linux / Ubuntu / /

Organization

User Authority / National University of Singapore / Zhenkai Liang Department of Computer Science / /

Person

Web Browser / Hong Hu / /

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Position

security architect / EDITOR / security analyst / Event Manager / /

Product

Intel Pin tool / Intel Pin / /

ProgrammingLanguage

JavaScript / HTML / /

Technology

RAM / logical unit / Linux / Unix / HTTP / DOM / Operating System / HTML / shared memory / SSL / Document Object Model / /

SocialTag