| Document Date: 2001-06-05 19:20:08
Open Document File Size: 198,68 KBShare Result on Facebook
Company kj RT T / E[X (tn)] RT T / Philips / / Country United States / Australia / United Kingdom / Argentina / / / Facility University of Delaware / Wide-Area Networks Qiong Li Philips Research David L. Millsy University of Delaware May / / IndustryTerm low computing overhead / typical Internet path / Conventional transport protocols / Internet ping trace / rowdy Internet / Internet path / delay boundary prediction algorithms / Internet using ping packets / transport protocol / window-based transport protocol / explicit solution / power-law implying / synthetic network / packet switching network / delay boundary prediction algorithm / power-law scaling behavior / table search / on-line implementation / Internet traffic / heuristic algorithm / transport protocols / wide-area networks / typical applications / chosen Internet paths / prediction algorithms / proposed delay boundary prediction algorithm / prediction algorithm / uniform power-law scaling behavior / / Organization University of Delaware / Department of Electrical and Computer Engineering / Department of Electrical / / / Position RT / g1 RT / / ProgrammingLanguage C / / Technology DLF algorithm / 3.6 DLF Based Prediction Algorithm / Information Technology / Prediction Algorithm / delay boundary prediction algorithm / ATM / Conventional transport protocols / prediction algorithms / transport protocols / pdf / two algorithms / proposed DLF algorithm / window-based transport protocol / packet switching / proposed algorithm / flow control / queueing theory / transport protocol / delay boundary prediction algorithms / proposed delay boundary prediction algorithm / /
SocialTag |
Jitter Based Delay Boundary Prediction of Wide-Area Networks Qiong Li Philips Research David L. Millsy University of Delaware