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This book addresses 5G network capacity requirements with a new
architecture for 5G Optical Backhaul Network. The author first
describes the challenges for 5G backhaul network requirements and
then the details of an Optical Backhaul Network for 5G. The author
describes an architecture, in which small cells deploy as a cluster
(i.e., 3-5 small cells in one cluster), where one small cell works
as an aggregation point using an optical transceiver to backhaul
the aggregated traffic to the nearest optical network unit, before
it then goes to the core network. This book also illustrates the
optical link budget analysis that can be used to determine the
availability and the performances of the optical backhaul link in
different deployment scenarios and different weather conditions.
Provides a single-source reference to the basics of free space
laser communication with ambient light compensation; Offers timely
information, blending theory and practice; Written to be accessible
to readers with varying backgrounds, including numerous
illustrations; Provides hands-on experience through practical
examples, which can be put to work to deploy and optimize cellular
networks.
This book introduces Radio Frequency Cell Site Engineering to a
broad audience. The author blends theory and practice to bring
readers up-to-date in key concepts, underlying principles and
practical applications of wireless communications. The presentation
is designed to be easily accessible, minimizing mathematics and
maximizing visuals.
This book provides a comprehensive overview of multiple access
techniques used in the cellular industry. The usage of multiple
access techniques in telecommunications enables many users to share
the same spectrum in the frequency domain, time domain, code domain
or phase domain. Licenses are given, by the FCC, to operate
wireless communication systems over given bands of frequencies,
with the smaller bands, (channels), reused to provide services to
other users. Thus, bandwidth efficiency is vital, as the speed and
size of digital data networks continue to expand. This brief also
uses numerous illustrations to bring students up-to-date in the
practical applications of multiple access techniques, which can
then be put to work in the industry. Primarily, electrical
engineering students who study telecommunications, as well as
engineers and designers working in wireless communications, would
find this book useful.
This book introduces Radio Frequency Channel Coding to a broad
audience. The author blends theory and practice to bring readers
up-to-date in key concepts, underlying principles and practical
applications of wireless communications. The presentation is
designed to be easily accessible, minimizing mathematics and
maximizing visuals.
This book introduces Radio Frequency Source Coding to a broad
audience. The author blends theory and practice to bring readers
up-to-date in key concepts, underlying principles and practical
applications of wireless communications. The presentation is
designed to be easily accessible, minimizing mathematics and
maximizing visuals.
This book introduces Radio Frequency Propagation to a broad
audience. The author blends theory and practice to bring readers
up-to-date in key concepts, underlying principles and practical
applications of wireless communications. The presentation is
designed to be easily accessible, minimizing mathematics and
maximizing visuals.
This book addresses 5G network capacity requirements with a new
architecture for 5G Optical Backhaul Network. The author first
describes the challenges for 5G backhaul network requirements and
then the details of an Optical Backhaul Network for 5G. The author
describes an architecture, in which small cells deploy as a cluster
(i.e., 3-5 small cells in one cluster), where one small cell works
as an aggregation point using an optical transceiver to backhaul
the aggregated traffic to the nearest optical network unit, before
it then goes to the core network. This book also illustrates the
optical link budget analysis that can be used to determine the
availability and the performances of the optical backhaul link in
different deployment scenarios and different weather conditions.
Provides a single-source reference to the basics of free space
laser communication with ambient light compensation; Offers timely
information, blending theory and practice; Written to be accessible
to readers with varying backgrounds, including numerous
illustrations; Provides hands-on experience through practical
examples, which can be put to work to deploy and optimize cellular
networks.
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