Building Blocks To / University of Edinburgh / Warwick University / University of Piraeus / University of Patras / Arch Linux / Democritus University of Thrace / Standard Template Library / /
IndustryTerm
hardware router / rate-limiting algorithm / maximum processing time / to other applications / recent algorithm / possible algorithm / query algorithm / naive direct counting algorithm / Internet routers / Internet packet size distributions / Internet Packet Streams / mean processing time / direct counting algorithm / basic algorithm / Internet Technology Volume / Internet entities / direct counting algorithms / Internet router / network router / sensor networks / Internet Engineering / majority vote algorithm / heaviest hitters tracking algorithm / hardware routers / constant time algorithm / streaming algorithms / approximate solutions / /
NaturalFeature
Internet Packet Streams / Sliding-Window Data Streams / Data streams / /
OperatingSystem
Arch Linux / /
Organization
University of Patras / Pavlos S. Efraimidis Department of Electrical and Computer Engineering / Democritus University / SPace Internetworking CEnter / Department of Electrical and Computer Engineering / Department of Computer Science / University of Edinburgh / University of Piraeus / Warwick University / /
Person
Gil Segev / Alejandro Lopez-Ortiz / Paul Spirakis / Richard M. Karp / Aditya Akella / Prince / Dae-Wha Seo / Pavlos Efraimidis / Yulia Ponomarchuk / Marta Perez-Casany / Martin Dietzfelbinger / Christos H. Papadimitriou / J. Strother Moore / Pavlos S. Efraimidis / Yuriy Arbitman / George B. Mertzios / Remous-Aris Koutsiamanis / Ion Gaztanaga / Scott J. Shenker / Olaf Krzikalla / Robert S. Boyer / Srinivasan Seshan / Hongyan Liu / Friedhelm Meyer / J. Ian Munro / Yuan Lin / Lazaros Tsavlidis / John Heidemann / Jiawei Han / Moni Naor / John Nagle / David Dominguez-Sal / Erik D. Demaine / Daniel James / /
Position
*Corresponding author / Tail/ Head / Prince / Counts.Head / assistant professor / representative / /
ProgrammingLanguage
C++ / /
PublishedMedium
IEEE Transactions on Communications / Theoretical Computer Science / /
Technology
On-Line algorithms / Internet routers / Internet router / Linux / Information Technology / 1 Algorithm / ESA / proposed algorithms / constant time algorithm / hardware router / 3.3 Algorithms / operating system / html / query algorithm / two algorithms / 23 /
A Heaviest Hitters Limiting Mechanism with O(1) Time Complexity for Sliding-Window Data Streams 117 A Heaviest Hitters Limiting Mechanism with O(1) Time Complexity for Sliding-Window Data Streams