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Company Quanta / Facebook / Broadcom / Intel / / / Facility Dune library / Stanford University / port Opens / / IndustryTerm datacenter applications / ventional kernel-based networking stacks / system software stack / stronger processing code / kernel-based networking stack / correct networking behavior / aggressive networking requirements / dataplanes with direct access to hardware / multi-core chips / system software configurations / case packet processing / software overheads / real-time priorities / synchronization-free processing / fect other applications / network processing stages / legacy applications / multi-threaded httpd server / system software / delayed packet processing / typical server / multi-core server / systems software / software services / hypervisor-based networking stacks / congestion management / packet processing / social networking / software routers / virtualization hardware / firewall applications / user-level networking stack / User-space networking stacks / system calls and services / user-level networking / commodity operating systems / featurerich networking stack / performance network / client applications / kernellevel services / e-commerce platforms / network processing / application processing / library-based operating systems / memory management / protocol processing / energy proportionality / / OperatingSystem Linux / Ubuntu / L3 / POSIX / / Organization USENIX Association / NIC / ASIC / Stanford University / / Person George Prekas / Samuel Grossman / Ana Klimovic / / Position driver / architect / device driver / head / supervisor / / Product Dune module / Dune / / RadioStation Core / / SportsLeague Stanford University / / Technology Adam / Linux / API / MTU / 100 GbE technologies / Operating System / UDP / shared memory / Operating Systems / networking protocol / TCP/IP / Ethernet / network protocol / ASIC / flow control / firewall / paging / virtual memory / software routers / Flash / network protocols / / URL www.usenix.org/conference/osdi14/technical-sessions/presentation/belay / /
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IX: A Protected Dataplane Operating System for High Throughput and Low Latency Adam Belay, Stanford University; George Prekas, École Polytechnique Fédérale de Lausanne (EPFL); Ana Klimovic, Samuel Grossman, and Christ