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This book provides comprehensive discussion on key topics related
to the usage and deployment of software defined networks (SDN) in
Internet of Everything applications like, healthcare systems, data
centers, edge/fog computing, vehicular networks, intelligent
transportation systems, smart grids, smart cities and more. The
authors provide diverse solutions to overcome challenges of
conventional network binding in various Internet of Everything
applications where there is need of an adaptive, agile, and
flexible network backbone. The book showcases different deployment
models, algorithms and implementations related to the usage of SDN
in Internet of Everything applications along with the pros and cons
of the same. Even more, this book provides deep insights into the
architecture of software defined networking specifically about the
layered architecture and different network planes, logical
interfaces, and programmable operations. The need of network
virtualization and the deployment models for network function
virtualization is also included with an aim towards the design of
interoperable network architectures by researchers in future.
Uniquely, the authors find hands on practical implementation,
deployment scenarios and use cases for various software defined
networking architectures in Internet of Everything applications
like healthcare networks, Internet of Things, intelligent
transportation systems, smart grid, underwater acoustic networks
and many more. In the end, design and research challenges, open
issues, and future research directions are provided in this book
for a wide range of readers
This book provides insights into the 3rd International Conference
on Communication, Devices and Computing (ICCDC 2021), which was
held in Haldia, India, on August 16-18, 2021. It covers new ideas,
applications, and the experiences of research engineers,
scientists, industrialists, scholars, and students from around the
globe. The proceedings highlight cutting-edge research on
communication, electronic devices, and computing and address
diverse areas such as 5G communication, spread spectrum systems,
wireless sensor networks, and signal processing for secure
communication, error control coding, printed antennas, analysis of
wireless networks, antenna array systems, analog and digital signal
processing for communication systems, frequency selective surfaces,
radar communication, and substrate integrated waveguide and
microwave passive components, which are key to state-of-the-art
innovations in communication technologies.
This book provides comprehensive discussion on key topics related
to the usage and deployment of software defined networks (SDN) in
Internet of Everything applications like, healthcare systems, data
centers, edge/fog computing, vehicular networks, intelligent
transportation systems, smart grids, smart cities and more. The
authors provide diverse solutions to overcome challenges of
conventional network binding in various Internet of Everything
applications where there is need of an adaptive, agile, and
flexible network backbone. The book showcases different deployment
models, algorithms and implementations related to the usage of SDN
in Internet of Everything applications along with the pros and cons
of the same. Even more, this book provides deep insights into the
architecture of software defined networking specifically about the
layered architecture and different network planes, logical
interfaces, and programmable operations. The need of network
virtualization and the deployment models for network function
virtualization is also included with an aim towards the design of
interoperable network architectures by researchers in future.
Uniquely, the authors find hands on practical implementation,
deployment scenarios and use cases for various software defined
networking architectures in Internet of Everything applications
like healthcare networks, Internet of Things, intelligent
transportation systems, smart grid, underwater acoustic networks
and many more. In the end, design and research challenges, open
issues, and future research directions are provided in this book
for a wide range of readers
The book begins with an introduction to the subject and then moves
on to describe the fundamentals of wireless communication including
a brief description of different modulation techniques. The text
includes coverage of second generation (2G) cellular network
together with its two important implementation standards GSM &
IS-95; it also discusses WLL and WLAN. In addition, it presents a
variety of data services available in the domain of mobile
computing with other relevant issues. Finally, it gives a brief on
UMTS, a representative of the third generation (3G) of cellular
networks. The fundamental tenets of mobile computing, such as
mobility management, channel assignment, protocols at air
interface, and system design are carefully covered for all
categories of wireless networks described here. A perfect balance
between theoretical aspects of mobile computing and its
implementation standards has been maintained throughout the book.
Many examples and exercises are included, which will help students
prepare for examinations. The book is intended primarily for
students of B.E./B.Tech. of Computer Science and Engineering,
Information Technology, Electronics and Communication Engineering,
and related disciplines. It will also be useful to the students of
BCA/MCA and B.Sc./M.Sc. (Computer Science/Electronics).
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