| Document Date: 2014-07-21 15:28:08
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City Chicago / / Company centralized SDN / exemplar SDN / Cisco / robust SDN / Open SDN / / Country United States / / Currency USD / / / Event Reorganization / / Facility Building Robust Firewalls / building SDN / Header Space Library / Since building / Clemson University / / IndustryTerm vigilant switch flow management / Real time network policy / security applications / rule conflict analysis algorithm / firewall policy analysis tools / proposed solution / real-world network / earlier solution / network utilities / violation detection and enable network / public Internet / automatic and real-time violation resolutions / real time / verification tools / software extension / prevention systems / preliminary solution / platform-independent stateful openflow applications / private network / backbone network / resolution solution / network services / secure and dependable software-defined networks / network invariant verification tools / packet processing / openflow networks / network applications / campus networks / traffic anomaly detection using software / software-defined networks / firewall algorithms / stateful networks / systematic solution / automatic and real-time violation resolution / conflict detection algorithm / / Organization Department of Energy / Arizona State University / Clemson University / Stanford / / Person L. Chiang / V / Gail-Joon Ahn / S. Shin / V / / Position network controller / system administrator / Avant-guard / Floodlight controller / FIREMAN / controller / / Product FortNOX / / Technology conflict detection algorithm / rule conflict analysis algorithm / RAID / Ethernet / firewall algorithms / firewall / / URL http /
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F LOW G UARD: Building Robust Firewalls for Software-Defined Networks Hongxin Hu† , Wonkyu Han‡ , Gail-Joon Ahn‡ , and Ziming Zhao‡ † Clemson University