internet routing architecture / arbitrary internet end hosts / overlay networks / Internet latencies / Internet IP address space / online learning / individual networks / final solution / on-line learning / web service existing / grid computing community / signal processing / potential practical applications / network infrastructure / adaptive on-line learning / Web-servers / live Internet data / Internet Measurement Workshop / classification algorithm / potential applications / details several applications / Internet Registry IP Allocation Guidelines / Internet Technology / Internet hosts / network applications / Internet address space / autonomous systems / possible wireless networks / web server / Internet Measurement Conference / file sharing network / search space / learning algorithm / regression algorithm / learning algorithms / /
MarketIndex
set 30 / /
Organization
MIT / Internet Assigned Numbers Authority / University of Oregon RouteViews / /
Person
Mike Afergan / Steve Bauer / Arthur Berger / Robert Beverly Karen Sollins / /
Position
general network intelligence using / King / /
PublishedMedium
Machine Learning / /
Technology
IPv6 / peer-to-peer / P2P / regression algorithm / Internet Technology / machine learning / mobile device / Operating System / classification algorithm / regression SVM algorithm / learning algorithm / routing protocol / distributed algorithm / DNS / file sharing / Learning algorithms / http / IPv4 / web server / intelligent network / /
SVM Learning of IP Address Structure for Latency Prediction Robert Beverly Karen Sollins