Sustainability,
Год журнала:
2023,
Номер
15(11), С. 8804 - 8804
Опубликована: Май 30, 2023
We
discuss
the
collaboration
support
of
loosely
coupled
Smart
Systems
through
configurable
hyper-frameworks.
Based
on
system-of-systems
(SoS)
paradigm,
in
this
article,
we
propose
model
a
novel
extendible
conceptual
framework
with
domain-specific
moderation
for
model-based
simulations
and
engineering
complex
heterogeneous
systems.
The
domain
knowledge
meta-model
corresponding
management
enterprise
architecture
enable
creation
template-based
specializations.
proposed
SoS
represents
an
initial
prototype
that
supports
modeling,
simulation,
analysis,
utilization
dynamic
architecting
configurations.
A
Smart-Habitat
concept
encapsulating
Smart-Area,
Smart-City,
Smart-Lot,
Smart-Building,
Smart-Unit
abstractions
illustrate
frameworks’
applicability.
plan
to
refine
component
meta-model,
specify
language
workbench
Domain-Specific
Orchestration
Language
support,
verify
configuration-based
simulation
manifest
creation.
These
actions
lead
framework’s
next
stage,
operational
(OF)
instance,
as
transitional
artifact
aimed
software
(SwF)
counterpart.
International Journal of Science Technology and Society,
Год журнала:
2024,
Номер
unknown
Опубликована: Фев. 5, 2024
Smart
homes
are
characterized
by
the
integration
of
technology
and
services
using
home
networking,
with
goal
improving
overall
quality
life.
When
designing
these
intricate
systems,
it
is
important
to
consider
experiences
needs
occupants.
consist
various
devices
that
offer
comfort,
security,
convenience,
energy
efficiency,
promote
intelligent
living.
These
communicate
interact
each
other,
forming
a
connected
ecosystem.
In
order
ensure
prompt
assistance
during
emergencies
such
as
fires,
medical
emergencies,
or
distress
calls,
interactivity
within
smart
should
enable
emergency
service
providers
quickly
respond.
To
achieve
this,
modeling
language
supports
semantic
aspect
employed,
allowing
for
closely
aligns
end
user
requirements.
This
typically
utilizes
concept
ontology.
However,
use
ontologies
in
design
still
limited
current
research.
As
result,
this
paper
aims
enhance
EUPont
ontology
integrating
Arduino
implementing
an
algorithm
simplifies
analysis
detected
alarm
signals
decision-making.
The
execution
relies
on
definition
several
SWRL
rules
(Semantic
Web
Rule
Language).
Technologies,
Год журнала:
2024,
Номер
12(10), С. 192 - 192
Опубликована: Окт. 7, 2024
The
advancement
to
Urban
4.0
requires
urban
digitization
and
predictive
maintenance
of
infrastructure
improve
efficiency,
durability,
quality
life.
This
study
aims
integrate
intelligent
technologies
for
the
photovoltaic
panel
systems,
which
serve
as
essential
smart
city
renewable
energy
sources.
In
addition,
we
employ
vision
transformers
(ViT),
a
deep
learning
architecture
devoted
evolving
image
analysis,
detect
anomalies
in
PV
systems.
ViT
model
is
pre-trained
on
ImageNet
exploit
comprehensive
set
relevant
visual
features
from
images
classify
input
panel.
Furthermore,
developed
system
was
integrated
into
web
application
that
allows
users
upload
images,
automatically
anomalies,
provide
detailed
information,
such
type,
defect
probability,
anomaly
status.
A
comparative
using
several
convolutional
neural
network
architectures
(VGG,
ResNet,
AlexNet)
transformer
conducted.
Therefore,
adopted
performs
excellently
detection,
where
achieves
an
AUC
0.96.
Finally,
proposed
approach
excels
at
prompt
identification
potential
defects
reducing
costs,
advancing
equipment
lifetime,
optimizing
implementation.
Journal of Urban Technology,
Год журнала:
2024,
Номер
unknown, С. 1 - 30
Опубликована: Ноя. 5, 2024
The
Internet
of
Things
(IoT)
has
emerged
as
an
indispensable
technology
enabling
the
efficient
management
energy
consumption
and
deployment
renewable
solutions
within
urban
systems.
While
systems
can
be
made
sustainable
in
both
smart
cities
(SC)
traditional
cities,
former
provide
a
more
advantageous
environment
for
achieving
sustainability
thanks
to
advanced
integration,
data-driven
decision-making,
integration
energy,
well
policy
infrastructure
support.
Across
globe,
are
evolving
into
SCs
through
implementation
adaptation
latest
IoT
technologies.
For
them,
cutting-edge
technologies
such
digital
twins,
artificial
intelligence
(AI),
Big
Data,
all
positioned
underpin
civic
platform
new
forms
city
that
is
simultaneously
prosperous.
COVID-19
pandemic
brought
about
significant
challenges,
emphasizing
need
resilient
environments
demonstrating
became
must
modern
generation,
transmission,
use
sources
by
cities.
This
bibliometric
review
focuses
on
role
development
post-COVID
It
demonstrates
how
help
efficiently
manage
deploy
novel
using
experience
from
two
years
pandemic.
article
explores
highlighting
contribute
urbanization.
employs
extended
literature
including
151
publications
retrieved
Web
Science
(WoS)
database
selected
based
relevant
keywords
analytical
tools
Google
Trends
enhanced
network
dynamics
VOSviewer
v.1.6.15
software
(the
latter
being
frequently
used
identifying
dominant
trends
intersectoral
research).
findings
stemming
this
research
clustering
discussion
strategies
required
boosting
SCs'
growth.
Therefore,
results
outcomes
many
useful
insights
academics
stakeholders
alike
post-pandemic
Advances in civil and industrial engineering book series,
Год журнала:
2024,
Номер
unknown, С. 301 - 334
Опубликована: Дек. 18, 2024
The
rapid
adoption
of
Smart
Cities
(SCs)
has
increased
reliance
on
AI-based
IoT
technologies
to
enhance
smart
infrastructure
and
services,
contributing
the
UN's
sustainable
development
goals.
However,
this
integration
brings
significant
cybersecurity
(CS)
challenges,
such
as
DDoS,
MITM,
phishing,
ransomware
attacks.
This
chapter
underscores
importance
CS
in
SCs,
highlighting
vulnerabilities
risks.
It
examines
IoT's
role
SC
AI's
impact
efficiency,
various
AI
techniques
used
applications.
analyzes
cyberattacks
infrastructure,
suggesting
measures
like
protocols,
encryption,
authentication
techniques,
access
control,
incident
response.
enhances
CS,
reducing
cyber
threats
through
anomaly
detection
real-time
data
collection
for
security
solutions.
also
presents
application
case
studies
demonstrating
integration's
effectiveness
best
practices.
concludes
by
emphasizing
need
continued
research
innovation
cybersecurity.
Sustainability,
Год журнала:
2023,
Номер
15(11), С. 8804 - 8804
Опубликована: Май 30, 2023
We
discuss
the
collaboration
support
of
loosely
coupled
Smart
Systems
through
configurable
hyper-frameworks.
Based
on
system-of-systems
(SoS)
paradigm,
in
this
article,
we
propose
model
a
novel
extendible
conceptual
framework
with
domain-specific
moderation
for
model-based
simulations
and
engineering
complex
heterogeneous
systems.
The
domain
knowledge
meta-model
corresponding
management
enterprise
architecture
enable
creation
template-based
specializations.
proposed
SoS
represents
an
initial
prototype
that
supports
modeling,
simulation,
analysis,
utilization
dynamic
architecting
configurations.
A
Smart-Habitat
concept
encapsulating
Smart-Area,
Smart-City,
Smart-Lot,
Smart-Building,
Smart-Unit
abstractions
illustrate
frameworks’
applicability.
plan
to
refine
component
meta-model,
specify
language
workbench
Domain-Specific
Orchestration
Language
support,
verify
configuration-based
simulation
manifest
creation.
These
actions
lead
framework’s
next
stage,
operational
(OF)
instance,
as
transitional
artifact
aimed
software
(SwF)
counterpart.
