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Computer architecture / Computer memory / Computer networks / Supercomputers / SCSI / Remote direct memory access / Direct memory access / Conventional PCI / InfiniBand / Computing / Computer hardware / Computer buses


Efficient Remote Block-level I/O over an RDMA-capable NIC Manolis Marazakis, Konstantinos Xinidis, Vassilis Papaefstathiou, and Angelos Bilas Institute of Computer Science (ICS), Foundation for Research and Technology-He
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Document Date: 2013-12-23 07:16:58


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City

Orlando / Cairns / San Jose / /

Company

I/O Performance Inc. / Network Applicance Inc. / I/O / CSREA Press / BroadCom RAIDcore / Real World Computing Partnership / Intel / NIC / Xilinx Inc / Namesys Inc / /

Country

United States / Australia / /

Currency

USD / /

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Event

FDA Phase / M&A / /

Facility

CARV laboratory / Angelos Bilas Institute of Computer Science / /

IndustryTerm

online storage / commodity software / storage devices / packet processing engine / memory without any receive processor / physical block devices / commodity system area networks / physical block device / regular block device / user−space tests/benchmarks applications / kernel-level protocols / virtual networks / xeon processor / distributed computing / system area networks / commodity systems / file systems / remote block device / infiniband technology overview / block device / remote access protocol / update protocol / kernel-space processing / block devices / storage applications / directly-attached physical block device / massively-parallel processors / fibre channel systems / kernel-level applications / storage systems / communication protocols / hardware / commodity operating systems / attached high-end storage systems / character device / storage area networks / software architecture / on-line storage capacity / remote device / /

MarketIndex

set 1000 / /

OperatingSystem

Linux / /

Organization

Infiniband Trade Association / Eta / Overall System Organization / Technology-Hellas / Foundation for Research / Xinidis / Vassilis Papaefstathiou / and Angelos Bilas Institute of Computer Science / Computer System Organization / Stanford / Angelos Bilas Institute of Computer Science / /

Person

Fast / S. Pakin / V / Manolis Katevenis / G. McAlpine / V / Aggelos Ioannou / G. Kalokairinos / V / A. Basu / V / George Kalokairinos / Konstantinos Xinidis / /

Position

driver / Prime Minister / status Tail Head / Representative data points / disk scheduler / high-end storage controller / remote disk driver / device driver / system scheduler / configuration LOCAL/READ BASE16/READ LOCAL/WRITE BASE16/WRITE storage controller / Storage Management General / storage controller / queue head / FPGA-based transceiver controller / representative / block driver / controller / General / /

Product

BASE1 / /

ProvinceOrState

Queensland / Manitoba / Florida / California / /

Technology

FPGA / Credit update protocol / full-duplex / LAN / xeon processor / 3.1 Base Protocol / Linux / ATM / random access / operating system / PCI-X protocol / operating systems / WAN / RAID / TCP/IP / clustering technology / Enterprise storage systems / pdf / massively-parallel processors / encryption / remote access protocol / flow control / PCI-X / network interface card / ASCII / examined TCP/IP-type communication protocols / kernel-level protocols / SAN / gigabit / PCI-X System / virtual memory / fibre channel / Gigabit Ethernet / /

URL

http /

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