One of the most challenging issues in today's large-scale
computational modeling and design is to effectively manage the
complex distributed environments, such as computational clouds,
grids, ad hoc, and P2P networks operating under various types of
users with evolving relationships fraught with uncertainties. In
this context, the IT resources and services usually belong to
different owners (institutions, enterprises, or individuals) and
are managed by different administrators. Moreover, uncertainties
are presented to the system at hand in various forms of information
that are incomplete, imprecise, fragmentary, or overloading, which
hinders in the full and precise resolve of the evaluation criteria,
subsequencing and selection, and the assignment scores. Intelligent
scalable systems enable the flexible routing and charging, advanced
user interactions and the aggregation and sharing of
geographically-distributed resources in modern large-scale systems.
This book presents new ideas, theories, models, technologies,
system architectures and implementation of applications in
intelligent scalable computing systems. In 15 chapters, several
important Artificial Intelligence-based techniques, such as fuzzy
logic, neural networks, evolutionary, and memetic algorithms are
studied and implemented. All of those technologies have formed the
foundation for the intelligent scalable computing that we know of
today. We believe that this book will serve as a reference for
students, researchers, and industry practitioners working or
interested in joining interdisciplinary research in the areas of
intelligent decision systems using emergent distributed computing
paradigms. It will also allow newcomers (students and researchers
alike) to grasp key issues and potential solutions on the selected
topics. This book presents new ideas, theories, models,
technologies, system architectures and implementation of
applications in intelligent scalable computing systems. In 15
chapters, several important Artificial Intelligence-based
techniques, such as fuzzy logic, neural networks, evolutionary, and
memetic algorithms are studied and implemented. All of those
technologies have formed the foundation for the intelligent
scalable computing that we know of today. We believe that this book
will serve as a reference for students, researchers, and industry
practitioners working or interested in joining interdisciplinary
research in the areas of intelligent decision systems using
emergent distributed computing paradigms. It will also allow
newcomers (students and researchers alike) to grasp key issues and
potential solutions on the selected topics.
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