… chips (ASICs) or network processors. ASICs or network processors generally provide much
better … Implementing complex network functions with commodity OpenFlow hardware is not …

… In addition, offloading packet processing to a hardware saves processing resources to …
This paper introduces eBPFlow, a platform for seamlessly accelerating network computation. It …

… -NeIF, a software-defined network architecture leveraging OpenFlow and iBGP. The demo
… The core network was recently expanded with a new 100 Gb/s optical platform, called NeIF (…

… affordable 100G experimental platforms with a user-friendly, cost-effective 100G network
emulator in support of traditional networking and advanced programmable networking research…

… to transparently enhance network performance across a large BDP network. OpenFlow is …
to transfer data fast across large BDP network. While SOS has shown significant improvements …

… In high speed networks, which in 2018 have 100 Gb/s links and multi-Tb/s switches, it is …
tude higher than other programmable platforms, such as CPUs, network processors [54], or …

… are rated for around 100 Gb/s of traffic [19, 33]. In large networks with thousands of switches
[4, 74… In these systems the CPU has a fixed interface to the FE, similar to OpenFlow [55], that …

… 100 Gb/s, so-called high-performance zones (HPZs) with high-performance hosts (HPHs) are
established and directly connected to the NeIF via OpenFlow-… is to make networking within …

… a proof-of-concept with example measurements at bandwidths of multiple 100Gbit/s. … in
network devices is rising. At the same time, technologies like OpenFlow and network function …

… The SDN demonstrations revolved around an OpenFlow ring … in the Pacific Research Platform,
Michigan, Starlight, CERN, … 11 network switches with many 10G, 40G, and 100G ports and …