| Document Date: 2014-05-29 15:38:01
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City C. Bloom / Karp / / Company Network Appliance / 393 GB / AMD / Symantec / Google / Intel Corporation / SplitScreen / Microsoft / / Currency USD / / / Event M&A / / Facility Carnegie Mellon University / MS Visual Studio / / IndustryTerm hardware systems / multi-task systems / antimalware applications / signature-based systems / pattern matching algorithm / mobile and embedded devices / desktop systems / network-based anti-malware solution / open source anti-malware software / malware scanning algorithms / signature processing algorithm / lower-end processors / malware detection on devices / subsequent exact pattern matching algorithm / regular expression pattern matching algorithm / anti-malware algorithm / typical utilities / resource-constrained mobile devices / pattern matching algorithms / pre-processing steps / computational devices / similar devices / anti-malware products / text search algorithm / wide area network / approximate pattern-matching algorithm / antimalware software / open-source anti-malware solution / low-power device / slower systems / malicious software / cacheefficient algorithm / similar systems / cache-efficient algorithm / limited systems / anti-malware systems / message-digest algorithm / server applications / open-source product / mobile anti-malware systems / / OperatingSystem XP / L3 / Microsoft Windows / / Organization Computer Science Department / Carnegie Mellon University / Pittsburgh / Army Research Office / National Science Foundation / Carnegie Mellon / / Person Jiyong Jang / Iulian Moraru / Sang Kil Cha / David G. Andersen / David Brumley / John Truelove / Blocks Bloom / / Position size feed-forward / feed-forward / representative / JCN Editor / different size feed-forward / / Product Apple iPhone 4 Smartphone / Apple iPhone 3GS Smartphone / Apple iPhone 3G Smartphone / / ProgrammingLanguage C / / ProvinceOrState Manitoba / scanning 344 MB / / PublishedMedium JOURNAL OF COMMUNICATIONS AND NETWORKS / / Technology RAM / cacheefficient algorithm / Final FFBF-I NIT algorithm / malware scanning algorithms / pattern matching algorithm / lower-end processors / random access / message-digest algorithm / WAN / signature processing algorithm / mobile devices / matching algorithms / AC algorithm / two matching algorithms / existing regular expression pattern matching algorithm / signature-based algorithms / virtual memory / anti-malware algorithm / 3G / Rabin-Karp text search algorithm / FFBF algorithm / FFBF-based algorithms / pattern matching algorithms / mobile device / Rabin-Karp-based FFBF algorithm / approximate pattern-matching algorithm / smartphones / http / 600 MHz ARM processor / B. High-Level Algorithm The scanning algorithm / / URL http /
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JOURNAL OF COMMUNICATIONS AND NETWORKS, VOL. 13, NO. 2, APRIL[removed]SplitScreen: Enabling Efficient, Distributed Malware Detection