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The book is the first international reference on the field of smart
device recognition and Ubiquitous Electric Internet of Things
(UEIOT). It presents a range of state-of-the-art key methods and
applications for smart device recognition. In future smart
environments, obtaining energy consumption information for
identifying every device is an effective approach to guarantee the
energy efficiency of smart industrial systems. Such as, the
Ubiquitous Electric Internet of Things (UEIOT) technology
represents one of the most effective measures for electricity and
energy management and has attracted considerable attention from
scientists and engineers around the world. The realization of smart
device recognition in the UEIOT framework has become the core and
basis of UEIOT's success. The device smart recognition can help
governments and managers to distribute energy and power better, and
help device manufacturers to improve their products regarding smart
energy conservation. Accordingly, in the future smart industry,
implementing smart device recognition is desired and very
important. In the book, several methods, strategies, and
experiments for achieving smart device recognition are presented in
details. As the first monograph in the field of smart device
recognition, the book can provide beneficial reference for
students, engineers, scientists, and managers in the fields of
power, energy, electromechanical devices, smart cities, artificial
intelligence, etc.
The book is the first international reference on the field of smart
device recognition and Ubiquitous Electric Internet of Things
(UEIOT). It presents a range of state-of-the-art key methods and
applications for smart device recognition. In future smart
environments, obtaining energy consumption information for
identifying every device is an effective approach to guarantee the
energy efficiency of smart industrial systems. Such as, the
Ubiquitous Electric Internet of Things (UEIOT) technology
represents one of the most effective measures for electricity and
energy management and has attracted considerable attention from
scientists and engineers around the world. The realization of smart
device recognition in the UEIOT framework has become the core and
basis of UEIOT's success. The device smart recognition can help
governments and managers to distribute energy and power better, and
help device manufacturers to improve their products regarding smart
energy conservation. Accordingly, in the future smart industry,
implementing smart device recognition is desired and very
important. In the book, several methods, strategies, and
experiments for achieving smart device recognition are presented in
details. As the first monograph in the field of smart device
recognition, the book can provide beneficial reference for
students, engineers, scientists, and managers in the fields of
power, energy, electromechanical devices, smart cities, artificial
intelligence, etc.
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