Back to Results
First PageMeta Content
Parallel computing / Microprocessors / Interrupts / Hyper-V / Windows Server / Scheduling / Hypervisor / QEMU / I/O virtualization / System software / Software / Computing


Efficient and Scalable Paravirtual I/O System Nadav Har’El Abel Gordon Alex Landau
Add to Reading List

Document Date: 2014-04-29 02:56:05


Open Document

File Size: 265,80 KB

Share Result on Facebook

Company

IBM / AMD / VMWare / Intel / /

/

Event

Music Album Release / /

IndustryTerm

software improvements / identical server / x86 hardware / technique called device / physical device / in-memory key-value storage server / multi-core systems / host network / desired bare-metal performance / hardware device / virtual device / block device / large multi-core systems / paravirtual device / real-world applications / virtio protocol / metal / high-profile Web / faster networks / unspecified future processors / host software / x86 processors / bare-metal performance / virtual networking / virtual devices / virtio device / /

MarketIndex

ELVIS / /

MusicAlbum

I/O / /

OperatingSystem

VMs / Linux / /

Organization

Base7 USENIX Association / USENIX Association / Maximum Transmission Unit / Technion / /

Person

Haifa Avishay Traeger Razya Ladelsky / Abel Gordon Alex Landau / /

Position

driver / The Linux scheduler / Linux scheduler / paravirtual I/O model / the driver / scheduler / /

Product

Memslap / ApacheBench / Apache / M-16 / /

Technology

Linux / MTU / UDP / shared memory / Maximum Transmission Unit / virtio protocol / Ethernet / existing x86 processors / HTTP / caching / same protocol / 3G / x86 processors / /

SocialTag