IBM / Distributed Systems / Amazon / Computer-Communication Networks / HP Network Protector SDN / Efficient Elastic Distributed SDN / /
Country
United States / /
Currency
USD / / /
Event
FDA Phase / /
Facility
Aaron Gember-Jacobson University of Wisconsin / /
IndustryTerm
local search algorithm / search problem / ample applications / controller reassignment algorithm / switch migration protocol / hill climbing search algorithm / coordination protocols / volume networks / assignment algorithm / network operator / near-optimal local algorithms / search time / /
OperatingSystem
VMs / DoS / /
Organization
National Science Foundation / IMC / University of Wisconsin / /
Person
Richard Wang / Tom Anderson / Jennifer Rexford / Jonathan Turner / Rajiv Ramanathan / Stefan Schmid / Justin Pettit / Aditya Akella / Xiaoyang Gao / Michael J. Freedman / Scott Shenker / Hari Balakrishnan / Vyas Sekar / Leon Poutievski / Yashar Ganjali / Saul St. John / Ramona Trestian / Aaron Gember-Jacobson / Soheil Hassas Yeganeh / Natasha Gude / Eric Keller / Jianying Luo / Jeremy Stribling / Amin Tootoonchian / Nick McKeown / Takayuki Hama / Junaid Khalid / Paul Suganthan / Hiroaki Inoue / Kostas Katrinis / Martin Casado / Gabriel-Miro Muntean / Anand Krishnamurthy / Dana Butnariu / Jukka Suomela / Aaron Gember / Robert Grandl / Ashok Anand / Larry Peterson / Theophilus Benson / Rao Kompella / Min Zhu / Guru Parulkar / David A. Maltz / Yuichiro Iwata / Oliver Michel / /
Position
S Controller / single centralized controller / same controller / latency and minimizing controller / advocate / accessing controller / representative / powerful controller / Minimizing controller / controller / /
Pratyaastha: An Efficient Elastic Distributed SDN Control Plane Anand Krishnamurthy, Shoban P. Chandrabose, Aaron Gember-Jacobson University of Wisconsin–Madison {anand,shoban,agember}@cs.wisc.edu ABSTRACT