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Like electricity and water, data and computing power are necessary
commodities in the modern-day economy. A model for the effective
regulation and provisioning of computational services will follow a
similar paradigm as the existent model for traditional utilities.
Emerging Research Surrounding Power Consumption and Performance
Issues in Utility Computing explores methods of treating computing
resources and materials as a standard utility, charging customers
based on their usage and promoting competition among service
providers. Including both benefits and hindrances, as well as
theoretical concepts and practical considerations, this book
provides an in-depth discussion of the utility computing paradigm
for computer engineers, service providers, consumers, and academics
in the field of computer science. This book includes emerging
research on subjects including, but not limited to, Graphical
Processing Unit (GPU) architectures, green computing, VMware, and
device manufacturing techniques.
This book discusses topics related to bioinformatics, statistics,
and machine learning, presenting the latest research in various
areas of bioinformatics. It also highlights the role of computing
and machine learning in knowledge extraction from biological data,
and how this knowledge can be applied in fields such as drug
design, health supplements, gene therapy, proteomics and
agriculture.
With the immense growth of information, the prevalence of
ubiquitously connected smart devices is rapidly increasing.
Providing platforms that support computation, storage, and
networking services between end devices is an essential aspect of
an expanding digital society. The Rise of Fog Computing in the
Digital Era provides innovative insights into the present
generation of computing devices, as well as new approaches to
computational platforms through fog computing. The content within
this publication presents concepts and theories on data analytics,
management systems, networking architectures, and many more. It is
a vital reference source for IT professionals, computer
programmers, software developers, computer engineers, researchers,
and upper-level students seeking topics centered on the challenges
and benefits of fog computing in mobile environments.
The book discusses Society 5.0 which fills the gap between cyber
and physical space by providing a balanced environment between
economic and social needs. The book is divided into two parts; part
A focuses on various concepts related to Society 5.0 such as cyber
space, physical space, information management and digital
transformation. Part B discusses various integrated fields in
Society 5.0, such as super-smart healthcare system, super-smart
hospitality system, smart building, and transport management
system. It also illustrates the concepts of big data, real-time
analytics for smart Society 5.0 with an insight of real-time case
studies.
This book discusses topics related to bioinformatics, statistics,
and machine learning, presenting the latest research in various
areas of bioinformatics. It also highlights the role of computing
and machine learning in knowledge extraction from biological data,
and how this knowledge can be applied in fields such as drug
design, health supplements, gene therapy, proteomics and
agriculture.
With the immense growth of information, the prevalence of
ubiquitously connected smart devices is rapidly increasing.
Providing platforms that support computation, storage, and
networking services between end devices is an essential aspect of
an expanding digital society. The Rise of Fog Computing in the
Digital Era provides innovative insights into the present
generation of computing devices, as well as new approaches to
computational platforms through fog computing. The content within
this publication presents concepts and theories on data analytics,
management systems, networking architectures, and many more. It is
a vital reference source for IT professionals, computer
programmers, software developers, computer engineers, researchers,
and upper-level students seeking topics centered on the challenges
and benefits of fog computing in mobile environments.
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