| Document Date: 2006-04-16 16:22:26 Open Document File Size: 990,31 KBShare Result on Facebook
Company Dell / BitTorrent / Broadcom / AMD / VMWare / Intel / / / Event Product Recall / Product Issues / / Facility Geoffrey M. Voelker University of California / / IndustryTerm physical processor / actual device / physical hardware / higher performance network / stock hardware / physical devices / hardware/software / perceived available processing power / real time / bandwidth-delay networking / x86-compatible hardware / bandwidth applications / bandwidth-delay product / bandwidth-delay product networks / appropriate network / transport protocols / time dilation completely transparent to applications / processor technology / higher-performance network hardware / packet processing / binary search / dilated and real time frames / base hardware / software layer / network hardware / commodity operating systems / software architectures / times faster network / network processing / recent hardware / guest user applications / predictive tool / / OperatingSystem Unix / VMs / Linux / BSD / / Organization VMM’s CPU / VMM CPU / University of California / San Diego / / Person Marvin McNett / Fedora Core / Kenneth Yocum / Alex C. Snoeren / Amin Vahdat / / Position disk controller / VMM scheduler / researcher / scheduler / controller / / Product Xen / XenoLinux / Xen tools / Xen VMM / x86 / / ProgrammingLanguage C / Python / / ProvinceOrState Vermont / / Technology 2.5-GHz processor / virtual machine / control network / 2.8-GHz Xeon processors / I/O technologies / Unix / Linux / disk drive / processor technology / CPU scheduling algorithm / operating system / 4.1 Protocol / operating systems / transport protocols / Ethernet / VMMs CPU scheduling algorithm / physical processor / gigabit / simulation / SCSI / network protocols / Gigabit Ethernet / directly modifying the operating system / /
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