Walter Willinger

E473566

Walter Willinger is a prominent computer scientist known for his influential work in Internet traffic modeling, network measurement, and the application of fractal and self-similar processes to communication networks.

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Walter Willinger canonical 1

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Predicate Object
instanceOf computer scientist
researcher
awardReceived ACM SIGCOMM Test of Time Award NERFINISHED
countryOfCitizenship United States of America
surface form: United States
educatedAt ETH Zurich NERFINISHED
employerType industrial research lab
fieldOfStudy applied mathematics
queueing theory
stochastic processes
fieldOfWork Internet traffic modeling
applied probability in networks
computer networking
fractal processes in communication networks
network measurement
performance evaluation of communication networks
self-similar network traffic
hasAcademicAdvisor Viktor Beneš NERFINISHED
hasCoAuthor Allan Feldmann NERFINISHED
Cheng Jin NERFINISHED
Daniel Veitch NERFINISHED
Kihong Park NERFINISHED
Murad S. Taqqu NERFINISHED
R. G. Clegg NERFINISHED
R. Govindan NERFINISHED
Shivkumar Kalyanaraman NERFINISHED
Vern Paxson NERFINISHED
hasEmployer AT&T Labs NERFINISHED
AT&T Labs–Research NERFINISHED
knownFor Internet topology measurement and analysis
advancing measurement-based network engineering
challenging Poisson-based traffic models in networking
critique of simplistic Internet topology models
demonstrating self-similarity in Ethernet traffic
showing long-range dependence in network traffic
use of multifractal models for network traffic
work on heavy-tailed distributions in network traffic
memberOf ACM NERFINISHED
IEEE NERFINISHED
notableWork A Critique of Self-Similar Traffic NERFINISHED
On the Self-Similar Nature of Ethernet Traffic NERFINISHED
On the Validity of Poisson Models for Network Traffic NERFINISHED
Self-Similar Network Traffic and Performance Evaluation NERFINISHED
Self-Similarity in High-Speed Packet Traffic NERFINISHED
The Internet as a Complex System NERFINISHED
researchInterest Internet topology
complex networks
measurement-based modeling
network performance modeling
traffic engineering
workLocation United States of America
surface form: United States

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