Hewlett-Packard / SideCar / Google / Building Programmable Datacenter Networks / Computer-Communication Networks / Microsoft / SourceFire / be built using SideCar / Cisco Systems / /
Country
United States / Spain / /
Currency
USD / / /
Facility
By building / GbE ToR port / Cornell University / /
IndustryTerm
Recent software advances / slow-path packet processing / packet processing capability / low end processors / local multicast groups / packet processing rules / software-based router using network processors / packet processing work / dataplane processing / datacenter network / arbitrary packet processing / table lookup hardware / randomized enforcement algorithms / packet processing load / sample-based auditing / parallel processing / cloud network / non over-subscribed datacenter network / higher end processors / fundamental network / richer processing / fabric hardware / switch hardware / slow software path / control processors / commodity server / cloud datacenter networks / multi-processing / lightweight packet processing / software processing / external server / private network / bandwidth-delay product networks / datacenter networks / purpose processors / Packet processing / data center network / end host software / software routers / generic packet processing / campus networks / host software / automatic software / higher speed processors / datacenter management software / trusted computing base / programmatic processing / large scale systems / Web Services / /
OperatingSystem
VMs / DoS / BSD / /
Organization
Cornell University / /
Person
P. Sharma / S. Banerjee / P. Padala / V / Praveen Yalagandula / J. Tourrilhes / T. Connors / R. McGeer / /
Position
Design General / OpenFlow controller for processing / centralized OpenFlow controller / /
Product
ProCurve / /
ProvinceOrState
New York / Washington / /
Technology
software-based router using network processors / Multiprotocol Label Switching / API / IP Router / operating system / html / UDP / operating systems / control processors / pdf / Ethernet / load balancing / low end processors / purpose processors / GPU-Accelerated Software Router / http / MPLS / n-port RouteBrick/PacketShader router / dom / SAN / higher speed processors / software routers / randomized enforcement algorithms / higher end processors / parallel processing / /
SideCar: Building Programmable Datacenter Networks without Programmable Switches Alan Shieh‡† Srikanth Kandula‡ Emin Gun Sirer† ‡ Microsoft Research and † Cornell University