| Document Date: 2014-09-05 15:38:44
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City Kernel / / Company Control Loop / Adobe Systems / Intel / Microsoft / Google / / / Event Product Recall / Product Issues / FDA Phase / / Facility Chapel Hill / Computer Science University of North Carolina / / IndustryTerm end systems / execution chain / software emulation / software-based solution / software-based emulators / signature-based detection systems / code injection attacks targeting network services / physical device / software emulator as-is / web browsers / software-based emulation techniques / block resampling algorithm / software-emulation / software-based emulation approach / multi-processing / web servers / software emulators / execution chains / software routers / email server / virtualization solution / compromise systems / Internet Explorer snapshot / / NaturalFeature Chapel Hill / / OperatingSystem Linux / Ubuntu / FreeBSD / Microsoft Windows / / Organization University of North Carolina / Fabian Monrose Department / / Person Srinivas Krishnan / Fabian Monrose / Kevin Z. Snow / / Position Acrobat / representative / analyst / / Product Tmix / ShellOS / Metasploit / Loop / Code Injection / / ProgrammingLanguage C / HTML / Javascript / C++ / / Technology alpha / Virtual Machine / two routers / Linux / API / Linux-based software routers / operating system / HTML / Shared Memory / operating systems / PDF / cmp / encryption / Ethernet / HTTP / paging / gigabit / Virtual memory / Flash / Acrobat / block resampling algorithm / / |
S HELL OS: Enabling Fast Detection and Forensic Analysis of Code Injection Attacks Kevin Z. Snow, Srinivas Krishnan, Fabian Monrose Department of Computer Science University of North Carolina at Chapel Hill, {kzsnow, kri