Newark / Palo Alto / Alto / Washington / DC / Washington / D.C. / /
Company
Prentice-Hall / M/A-COM / Ford / / /
Facility
University of Delaware / station W3HCF / Path Routing Algorithm1 / 2 / 3 David L. Mills Electrical Engineering Department University / Wiretap station / station NID / Wiretap station NID / /
IndustryTerm
real-time measured characteristics / experimental multiple-path routing algorithm / link-layer protocol / end-system protocol / distributed routing algorithm / stationless multihop packet-radio networks / real time using passive monitoring / suitable distributed protocol / backbone networks / Internet mail / connected networks / cache algorithm / experimental routing algorithm / radio equipment / packet-radio systems / amateur packet-radio linklayer protocol / /
MusicAlbum
Version 2.0 / /
Organization
Experimental Multiple-Path Routing Algorithm1 / 2 / 3 David L. Mills Electrical Engineering Department University / National Science Foundation / American Radio Relay League / University of Delaware / Advanced Research Projects Agency / Electrical Engineering Department / /
Wiretap: An Experimental Multiple-Path Routing Algorithm1,2,3 David L. Mills Electrical Engineering Department University of Delaware Abstract This paper introduces Wiretap, an experimental routing algorithm which comput