Results & Analysis To / toPeer Content Distribution Technologies / Microsoft / /
Event
Product Recall / Product Issues / /
Facility
BSD TCP/IP Antti Kantee Helsinki University of Technology Johannes Helander Microsoft Research ABSTRACT We / /
IndustryTerm
consumer electronics / software engineering / local network / invisible computing / ubiquitous computing / destination networks / radix search trie / smart devices / local network router / lightweight data storage algorithm / rn_search / target network / metal / multicast capable router / given search key / table control tool / smart router / embedded processors / database algorithm / Internet Relay Chat service / embedded web services applications / wireless communication / lightweight leaf node routing algorithm / /
OperatingSystem
UNIX / FreeBSD / BSD / Windows XP / /
Organization
Helsinki University of Technology / /
Person
Árpád Beszédes / RAM BASE / Component Object Binary / Tibor Gyimóthy / Gary R. Wright / Keith Sklower / John S. Quarterman / Alessandro Forin / André Dolenc / Robert Sedgewick / Adam Dunkels / Konsta Karsisto / Marshall Kirk McKusick / Michael J. Karels / Keith Bostic / Rudolf Ferenc / André Oppermann / Sasha Nosov / W. Richard Stevens / David C. Plummer / Ruby Li / Johannes Helander / /
Position
COB / candidate for size reduction / rt / candidate for reduction / /
Product
Microsoft Invisible Computing / Analysis To / /
ProgrammingLanguage
XML / /
Technology
Ethernet Address Resolution Protocol / XML / RAM / following algorithm / multicast capable router / IP router / cloning / data processor / Operating System / udp / operating systems / TCP/IP / ethernet / Real-Time Operating System / routing database algorithm / DNS / peer-to-peer technologies / smart router / HTTP / Caching / lightweight data storage algorithm / local network router / IPv4 / routing algorithm / lightweight leaf node routing algorithm / /
Implementing Lightweight Routing for BSD TCP/IP Antti Kantee