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Unix / University of Cambridge Computer Laboratory / Xen / Device driver / Operating system / Device file / Universal Serial Bus / Ring / Ioctl / System software / Software / Virtual machines


Facilitating the Development of Soft Devices Andrew Warfield, Steven Hand, Keir Fraser and Tim Deegan University of Cambridge Computer Laboratory, J J Thomson Avenue, Cambridge, UK {firstname.lastname}@cl.cam.ac.uk 1
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Document Date: 2005-02-21 11:24:17


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File Size: 171,33 KB

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Company

Semantically-Smart Disk Systems / Compaq / ACM Press / /

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Facility

Tim Deegan University of Cambridge Computer Laboratory / /

IndustryTerm

cluster file systems / physical hardware / time-travel block devices / accessible block devices / shared-memory communications / userspace applications / intrusion detection systems / mounted file systems / respective systems / interposable virtual hardware / construction block soft devices / application-level soft devices / split block device / normal hardware devices / pseudo-devices / extra functionality in software / character device / soft device / soft devices / virtual block devices / /

OperatingSystem

FreeBSD / VMs / BSD / Linux / /

Organization

System administration / Tim Deegan University of Cambridge Computer Laboratory / /

Person

M. Sivathanu / V / Andrew Warfield / Steven Hand / /

Position

driver / single front-end driver / driver / disabling the back-end altogether / split driver / device driver / Physical Device Driver Block Back-end Driver device channel Block Front-end Driver / front-end driver / back-end driver / /

ProgrammingLanguage

J / C / /

Technology

virtual machine / Linux / operating system / shared memory / Operating systems / SCSI / /

SocialTag