Newark / Boston / New York / Wavelet / Cannes / Atlanta / Vancouver / London / /
Company
Cambridge University Press / Plenum Press / High Speed Networks / /
Country
France / United States / Canada / Australia / / /
EntertainmentAwardEvent
Cannes / /
Facility
University of Delaware / Computer Engineering University of Delaware September / /
IndustryTerm
energy-scale plots / power-law spectra / Internet protocols / Internet path / Internet time synchronization / real-time applications / real-time services / network time protocol / recursive filter-bank-based pyramidal algorithm / Internet delay traces / internet packet delay / internet load / energy-scale plot / energy / Internet WAN traffic / normal law / Internet protocol stack hierarchy / transport protocols / signal analysis tool / Internet dynamics / Internet node / teractive multimedia services / energy-scale plot3 / Internet packet delay dynamics / transport layer protocols / Internet end-toend packet delay dynamics / internet packet dynamics / Internet moving / delay prediction algorithms / Internet workload / /
Movie
D. V / /
NaturalFeature
Nile / /
Organization
Cambridge University / Internet Packet Delay Dynamics Qiong Li David L. Millsy Department of Electrical / University of Delaware / Uludag / Department of Electrical and Computer Engineering / United States Navy / Stanford / /
Person
W. Willinger / V / David L. Millsy / W. Richard Stevens / Addison Wesley / W. Van Ness / / /
Position
ICMP head / IP head / Constable / /
Product
C-0046 / /
ProvinceOrState
British Columbia / New York / Delaware / Georgia / /
PublishedMedium
IEEE Transactions on Information Theory / /
Technology
LAN / Information Technology / IP / transport layer protocols / Internet protocols / Quality of Service / UDP / delay prediction algorithms / WAN / transport protocols / ethernet / recursive filter-bank-based pyramidal algorithm / flow control / network time protocol / simulation / /
Investigating the Scaling Behavior, Crossover and Anti-persistence of Internet Packet Delay Dynamics Qiong Li David L. Millsy Department of Electrical and Computer Engineering University of Delaware September 23, 1999