Citrix Systems R&D / Rackspace / Amazon / Western Digital / Intel 82801JIR SATA / inter-VM / VMware / Intel / Microsoft / SECURITY EVALUATION Systems / /
Country
Portugal / /
Currency
USD / /
Facility
Once building / University of British Columbia ‡Citrix Systems R&D / /
IndustryTerm
secure and reliable systems / physical hardware / configuration state management / enough hardware / physical devices / physical block device / peripheral devices / important systems / software components / abstract devices / software state / assign_pci_device / physical network device / passed-through hardware devices / conventional server / hardware devices / shared services / past forensics systems / loopback devices / computing / trusted computing base / recovery box request processing requests / virtual devices / memory management / private enterprise network / large and popular web-based applications / Web Services / /
OperatingSystem
OpenSolaris / VMs / Linux / Ubuntu / FreeBSD / DoS / Microsoft Windows / /
Organization
Department of Computer Science / University of British Columbia / /
Person
Andrew Warfield / William Aiello / George Coker / Patrick Colp / Jun Zhu / Tim Deegan / Peter Loscocco / /
Position
driver / Physical storage driver / administrator of the virtualization service / relevant device driver and virtualized backend driver / Gigabit network controller / device driver / network and block controller / block controller / PCI bus controller / split driver / backend driver / representative / BlkBack Driver / controller / serial controller / /
Breaking Up is Hard to Do: Security and Functionality in a Commodity Hypervisor Patrick Colp†, Mihir Nanavati†, Jun Zhu‡, William Aiello†, George Coker∗, Tim Deegan‡, Peter Loscocco∗, and Andrew Warfield†