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This book offers ideas to help improve digital technologies and
increase their efficiency during implementation and application for
researchers and practitioners. The outstanding position of the book
among others is that it dwells with cyber-physical systems'
progress and proposes ideas and finding around digital tools and
technologies and their application. A distinguished contribution is
in presenting results on Digital Twins development and application,
enhancing approaches of communication and information transferring
between cyber-physical systems connected within the Internet of
things platforms, computer linguistic as a part of cyber-physical
systems, intelligent cybersecurity and computer vision systems. The
target audience of this book also includes practitioners and
experts, as well as state authorities and representatives of
manufacturing and industry who are interested in creating and
implementing of cyber-physical systems in framework of
digitalization projects.
This book highlights original approaches of modelling and
intelligent control of cyber-physical systems covering both
theoretical and practical aspects. The novel contribution of the
book covers the transformation of scientific research and their
results into applications for cyber-physical systems design and
operation during the whole life cycle in different domains. Given
its scope, the book offers an excellent reference book for
researchers and other readers in the fields of cyber-physical
systems modelling and intelligent control, space exploration and
practical implementation of cyber-physical systems. The book also
benefits researchers and practitioners in artificial intelligence
and machine learning, as described results can be applied in
cyber-physical systems design and cost-effectively maintenance. The
target audience of this book also includes practitioners and
experts, as well as state authorities and representatives of
international organizations interested in creating mechanisms for
implementing Cyber-Physical Systems projects.
This book consists of chapters dedicated to the questions of
cyber-physical system design and its usage for the chemical
industry and new material design. Also, the contribution of the
book covers scientific research and their results for
cyber-physical systems design and application in the energy domain
and solutions regarding engineering education for cyber-physical
systems design. The book offers unique content for researchers and
practitioners who are looking for new knowledge and skills in the
framework of Industry 4.0 solutions. The book also benefits
researchers and practitioners in chemistry and new material design
and manufacturing to understand how cyber-physical systems can be
applied to increase efficiency and performance. The target audience
of the book are practitioners, enterprises representatives,
scientists, Ph.D. and master students who perform scientific
research or applications of cyber-physical systems in the concept
of Industry 4.0.
This book includes new findings on socio-economic cyber systems
control and development approaches based on AI and data-driven
techniques. The authors determine key social challenges and the
main features of management and modeling processes. To enhance the
efficiency of the socio-economic process, new approaches were
suggested as well as its components based on the concept of Society
5.0. In this book, the authors substantiate the scientific,
practical, and methodological approaches to the smart technologies'
development. The core is a human-centered concept of cyber systems
as well as the intelligent paradigm. Approaches combined both
mathematical models and data processing techniques are also
proposed as advanced methods for smart system design for ecology
and health care. The implementations of the developed prototypes,
including testing in real domains, which have collected and
analyzed big data and proved their effectiveness, are presented.
The target audience of the book are practitioners, enterprise
representatives, scientists, and Ph.D. and Master students who
perform scientific research or applications of socio-economic cyber
systems in different domains.
This book offers ideas to help improve digital technologies and
increase their efficiency during implementation and application for
researchers and practitioners. The outstanding position of the book
among others is that it dwells with cyber-physical systems'
progress and proposes ideas and finding around digital tools and
technologies and their application. A distinguished contribution is
in presenting results on Digital Twins development and application,
enhancing approaches of communication and information transferring
between cyber-physical systems connected within the Internet of
things platforms, computer linguistic as a part of cyber-physical
systems, intelligent cybersecurity and computer vision systems. The
target audience of this book also includes practitioners and
experts, as well as state authorities and representatives of
manufacturing and industry who are interested in creating and
implementing of cyber-physical systems in framework of
digitalization projects.
This book highlights original approaches of modelling and
intelligent control of cyber-physical systems covering both
theoretical and practical aspects. The novel contribution of the
book covers the transformation of scientific research and their
results into applications for cyber-physical systems design and
operation during the whole life cycle in different domains. Given
its scope, the book offers an excellent reference book for
researchers and other readers in the fields of cyber-physical
systems modelling and intelligent control, space exploration and
practical implementation of cyber-physical systems. The book also
benefits researchers and practitioners in artificial intelligence
and machine learning, as described results can be applied in
cyber-physical systems design and cost-effectively maintenance. The
target audience of this book also includes practitioners and
experts, as well as state authorities and representatives of
international organizations interested in creating mechanisms for
implementing Cyber-Physical Systems projects.
This book consists of chapters dedicated to the questions of
cyber-physical system design and its usage for the chemical
industry and new material design. Also, the contribution of the
book covers scientific research and their results for
cyber-physical systems design and application in the energy domain
and solutions regarding engineering education for cyber-physical
systems design. The book offers unique content for researchers and
practitioners who are looking for new knowledge and skills in the
framework of Industry 4.0 solutions. The book also benefits
researchers and practitioners in chemistry and new material design
and manufacturing to understand how cyber-physical systems can be
applied to increase efficiency and performance. The target audience
of the book are practitioners, enterprises representatives,
scientists, Ph.D. and master students who perform scientific
research or applications of cyber-physical systems in the concept
of Industry 4.0.
This book includes new findings on socio-economic cyber systems
control and development approaches based on AI and data-driven
techniques. The authors determine key social challenges and the
main features of management and modeling processes. To enhance the
efficiency of the socio-economic process, new approaches were
suggested as well as its components based on the concept of Society
5.0. In this book, the authors substantiate the scientific,
practical, and methodological approaches to the smart technologies'
development. The core is a human-centered concept of cyber systems
as well as the intelligent paradigm. Approaches combined both
mathematical models and data processing techniques are also
proposed as advanced methods for smart system design for ecology
and health care. The implementations of the developed prototypes,
including testing in real domains, which have collected and
analyzed big data and proved their effectiveness, are presented.
The target audience of the book are practitioners, enterprise
representatives, scientists, and Ph.D. and Master students who
perform scientific research or applications of socio-economic cyber
systems in different domains.
This book presents new findings in industrial cyber-physical system
design and control for various domains, as well as their social and
economic impacts on society. Industry 4.0 requires new approaches
in the context of secure connections, control, and maintenance of
cyber-physical systems as well as enhancing their interaction with
humans. The book focuses on open issues of cyber-physical system
control and its usage, discussing implemented breakthrough systems,
models, programs, and methods that could be used in industrial
processes for the control, condition assessment, diagnostics,
prognostication, and proactive maintenance of cyber-physical
systems. Further, it addresses the topic of ensuring the
cybersecurity of industrial cyber-physical systems and proposes
new, reliable solutions. The authors also examine the impact of
university courses on the performance of industrial complexes, and
the organization of education for the development of cyber-physical
systems. The book is intended for practitioners, enterprise
representatives, scientists, students, and Ph.D. and master's
students conducting research in the area of cyber-physical system
development and implementation in various domains.
This book presents new findings on cyber-physical systems design
and modelling approaches based on AI and data-driven techniques,
identifying the key industrial challenges and the main features of
design and modelling processes. To enhance the efficiency of the
design process, it proposes new approaches based on the concept of
digital twins. Further, it substantiates the scientific, practical,
and methodological approaches to modelling and simulating of
cyber-physical systems. Exploring digital twins of cyber-physical
systems as well as of production systems, it proposes combining
both mathematical models and data processing techniques as advanced
methods for cyber-physical system design and modelling. Moreover,
it presents the implementation of the developed prototypes,
including testing in real industries, which have collected and
analyzed big data and proved their effectiveness. The book is
intended for practitioners, enterprise representatives, scientists,
and Ph.D. and master's students interested in the research and
applications of cyber-physical systems in different domains.
This book presents new findings in industrial cyber-physical system
design and control for various domains, as well as their social and
economic impacts on society. Industry 4.0 requires new approaches
in the context of secure connections, control, and maintenance of
cyber-physical systems as well as enhancing their interaction with
humans. The book focuses on open issues of cyber-physical system
control and its usage, discussing implemented breakthrough systems,
models, programs, and methods that could be used in industrial
processes for the control, condition assessment, diagnostics,
prognostication, and proactive maintenance of cyber-physical
systems. Further, it addresses the topic of ensuring the
cybersecurity of industrial cyber-physical systems and proposes
new, reliable solutions. The authors also examine the impact of
university courses on the performance of industrial complexes, and
the organization of education for the development of cyber-physical
systems. The book is intended for practitioners, enterprise
representatives, scientists, students, and Ph.D. and master's
students conducting research in the area of cyber-physical system
development and implementation in various domains.
This book discusses the open questions regarding the modelling of
cyber-physical systems and their application in different
industries. The industry needs new approaches to improve its
competitiveness. The concept of cyber-physical systems supports
such changes, with the need to find new modelling tools becoming a
key challenge. The book contains five-section covering the
following topics: cyber-physical systems modelling, IoT and signal
processing, cyber-physical systems intelligent control,
cyber-physical systems industrial implementation and the production
of the new material for cyber-physical systems. These approaches,
on the one hand, should ensure the execution of current business
processes, and on the other hand, ensure a quick speed of reactions
to changes. The target audience of the book are practitioners,
enterprises representatives, scientists, PhD and Master students
who perform scientific research on modelling and industrial
application of cyber-physical systems.
This book presents new findings on cyber-physical systems design
and modelling approaches based on AI and data-driven techniques,
identifying the key industrial challenges and the main features of
design and modelling processes. To enhance the efficiency of the
design process, it proposes new approaches based on the concept of
digital twins. Further, it substantiates the scientific, practical,
and methodological approaches to modelling and simulating of
cyber-physical systems. Exploring digital twins of cyber-physical
systems as well as of production systems, it proposes combining
both mathematical models and data processing techniques as advanced
methods for cyber-physical system design and modelling. Moreover,
it presents the implementation of the developed prototypes,
including testing in real industries, which have collected and
analyzed big data and proved their effectiveness. The book is
intended for practitioners, enterprise representatives, scientists,
and Ph.D. and master's students interested in the research and
applications of cyber-physical systems in different domains.
This book is devoted to intelligent models and algorithms as the
core components of cyber-physical systems. The complexity of
cyber-physical systems developing and deploying requires new
approaches to its modelling and design. Presents results in the
field of modelling technologies that leverage the exploitation of
artificial intelligence, including artificial general intelligence
(AGI) and weak artificial intelligence. Provides scientific,
practical, and methodological approaches based on bio-inspired
methods, fuzzy models and algorithms, predictive modelling,
computer vision and image processing. The target audience of the
book are practitioners, enterprises representatives, scientists,
PhD and Master students who perform scientific research or
applications of intelligent models and algorithms in cyber-physical
systems for various domains.
This book is devoted to the study of engineering and control
technologies for the cyber-physical systems development. This book
defines the approaches in the engineering leverage the exploitation
of artificial intelligence and most urgent computing methods. The
authors study the activities allows for the developing new and
perspective concepts of robotics systems combining various machine
learning methods, uncertainty explanation approaches, computer
vision and unmanned aerial systems control technologies including
artificial neural networks and simulation modeling by addressing a
large scale of applications. The book also describes new materials
engineering as well as implementation of these technologies in the
different domains such as polymeric film production, polymer
composition, and roller squeezing of leather, in order to realize
the novel cyber-physical systems, their functionalities, and
features. The authors describe the development of method for
increasing the software efficiency, considering the increasing
complexity of the computing systems and the importance of ensuring
accuracy and velocity of modelling. The book also analyses
algorithms for fuzzy models and systems, including the
cyber-physical real-time systems, and non-stationary object with
discrete time. The authors highlight the problem of ensuring the
quality on engineering technologies for cyber-physical systems as
the most important and consider different approaches to its
solution.
This book discusses the open questions regarding the modelling of
cyber-physical systems and their application in different
industries. The industry needs new approaches to improve its
competitiveness. The concept of cyber-physical systems supports
such changes, with the need to find new modelling tools becoming a
key challenge. The book contains five-section covering the
following topics: cyber-physical systems modelling, IoT and signal
processing, cyber-physical systems intelligent control,
cyber-physical systems industrial implementation and the production
of the new material for cyber-physical systems. These approaches,
on the one hand, should ensure the execution of current business
processes, and on the other hand, ensure a quick speed of reactions
to changes. The target audience of the book are practitioners,
enterprises representatives, scientists, PhD and Master students
who perform scientific research on modelling and industrial
application of cyber-physical systems.
This book is devoted to intelligent models and algorithms as the
core components of cyber-physical systems. The complexity of
cyber-physical systems developing and deploying requires new
approaches to its modelling and design. Presents results in the
field of modelling technologies that leverage the exploitation of
artificial intelligence, including artificial general intelligence
(AGI) and weak artificial intelligence. Provides scientific,
practical, and methodological approaches based on bio-inspired
methods, fuzzy models and algorithms, predictive modelling,
computer vision and image processing. The target audience of the
book are practitioners, enterprises representatives, scientists,
PhD and Master students who perform scientific research or
applications of intelligent models and algorithms in cyber-physical
systems for various domains.
This book focuses on open issues of Society 5.0, a new paradigm of
a society that balances a human-centred approach and technologies
based on cyber-physical systems and artificial intelligence. The
book contains results of how intelligent or cyber-physical systems
help to improve the quality of life in society despite new
challenges. Discusses implemented breakthrough systems, models,
programs, and methods that cover the following topics: biomedicine
and healthcare, innovations in socio-economic systems, intelligent
energetics, advances in transport systems, human-centric
technologies. These approaches help to improve human society using
cyber-physical systems in a dramatically changing environment. The
target audience of the book are practitioners, enterprises
representatives, scientists, PhD and Master students who perform
scientific research on the application of cyber-physical systems
towards Society 5.0.
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