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Computer security / Access control / Identity management / Operating system / Kernel / Ring / Android / Google Chrome / Malware / Software / Computing / Cloud clients


User-Driven Access Control: Rethinking Permission Granting in Modern Operating Systems Franziska Roesner, Tadayoshi Kohno {franzi, yoshi}@cs.washington.edu University of Washington
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Document Date: 2011-12-01 14:52:23


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File Size: 1,04 MB

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Company

User-Owned Resources / UIs / Microsoft / Facebook / /

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Facility

Win32 library / University of Washington Alexander Moshchuk / /

IndustryTerm

arbitrary applications / preliminary online user survey / malicious search plugin executing / cross-site / web mashup / malicious applications / cost-sensitive devices / web applications / desktop applications / vulnerable applications / physical devices / cross-application search / physical device / browser operating systems / web mashups / web browsers / smartphone operating systems / web site principals / applications / privacy-and cost-sensitive devices / grant applications / arbitrary devices / usersensitive services / desktop search algorithms / search query / desktop systems / wipe-device / least-privilege applications / online user survey / online providers / /

OperatingSystem

DoS / Android / Microsoft Windows / /

Organization

University of Washington / /

Person

Siri / Redmond Crispin Cowan / Bryan Parno / Tadayoshi Kohno / Helen J. Wang / Washington Alexander Moshchuk / /

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Position

digital assistant / speaker / representative / /

ProgrammingLanguage

C / /

Technology

SMS / flow control / API / smartphones / smartphone / GPS / Existing desktop search algorithms / dis4 MSR-TR-2011-91 Algorithm / Android / animation / operating system / Operating Systems / access control list / /

SocialTag