As other complex systems in social and natural sciences as well
as in engineering, the Internet is hard to understand from a
technical point of view. Packet switched networks defy analytical
modeling. The Internet is an outstanding and challenging case
because of its fast development, unparalleled heterogeneity and the
inherent lack of measurement and monitoring mechanisms in its core
conception.
This monograph deals with applications of computational
intelligence methods, with an emphasis on fuzzy techniques, to a
number of current issues in measurement, analysis and control of
traffic in the Internet. First, the core building blocks of
Internet Science and other related networking aspects are
introduced. Then, data mining and control problems are addressed.
In the first class two issues are considered: predictive modeling
of traffic load as well as summarization of traffic flow
measurements. The second class, control, includes active queue
management schemes for Internet routers as well as window based
end-to-end rate and congestion control. The practical hardware
implementation of some of the fuzzy inference systems proposed here
is also addressed. While some theoretical developments are
described, we favor extensive evaluation of models using real-world
data by simulation and experiments.
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