This
comprehensive
literature
review
analyzes
the
current
state-of-the-art
research
on
5G
applications
and
technologies
in
smart
grids.
Adhering
to
PRISMA
guidelines,
presents
a
detailed
taxonomy
of
methodologies
being
utilized
this
field.
The
searched
various
electronic
databases
from
2012
2022,
conducted
bibliometric
analysis
identify
trends,
influential
authors,
journals,
institutions
identifies
used
Smart
grids,
potential
benefits
technology
enhancing
efficiency,
reliability,
security
grid
systems.
study
provides
valuable
insights
into
gaps,
future
directions
field,
can
guide
researchers
practitioners
developing
implementing
5G-enabled
The Journal of Engineering,
Journal Year:
2024,
Volume and Issue:
2024(2)
Published: Feb. 1, 2024
Abstract
This
paper
presents
an
analysis
of
the
performance
Energy
Aware
Scheduling
Algorithm
(EASA)
in
a
5G
green
communication
system.
systems
rely
on
EASA
to
manage
resource
sharing.
The
aim
proposed
model
is
improve
efficiency
and
energy
consumption
sharing
systems.
main
objective
address
challenges
achieving
optimal
utilization
minimizing
these
To
achieve
this
goal,
study
proposes
novel
energy‐aware
scheduling
that
takes
into
consideration
specific
characteristics
incorporates
intelligent
techniques
for
optimizing
allocation
decisions,
while
also
considering
constraints.
methodology
used
involves
combination
mathematical
simulation
studies.
formulate
optimization
problem
design
model,
simulations
are
evaluate
its
various
scenarios.
EASM
reached
91.58%
false
discovery
rate,
64.33%
omission
90.62%
prevalence
threshold,
91.23%
critical
success
index.
results
demonstrate
effectiveness
terms
reducing
maintaining
high
level
utilization.
Future Internet,
Journal Year:
2023,
Volume and Issue:
15(8), P. 252 - 252
Published: July 27, 2023
In
the
era
of
digitalization
and
artificial
intelligence
(AI),
utilization
Metaverse
technology
has
become
increasingly
crucial.
As
world
becomes
more
digitized,
there
is
a
pressing
need
to
effectively
transfer
real-world
assets
into
digital
realm
establish
meaningful
relationships
between
them.
However,
existing
approaches
have
shown
significant
limitations
in
achieving
this
goal
comprehensively.
To
address
this,
research
introduces
an
innovative
methodology
called
Meta-Metaverse,
which
aims
enhance
immersive
experience
create
realistic
twins
across
various
domains
such
as
biology,
genetics,
economy,
medicine,
environment,
gaming,
twins,
Internet
Things,
intelligence,
machine
learning,
psychology,
supply
chain,
social
networking,
smart
manufacturing,
politics.
The
multi-layered
structure
platforms
allows
for
greater
flexibility
scalability,
offering
valuable
insights
potential
impact
advancing
science,
technology,
internet.
This
article
presents
detailed
description
proposed
its
applications,
highlighting
transform
scientific
inspire
groundbreaking
ideas
technology.
Electronics,
Journal Year:
2023,
Volume and Issue:
12(17), P. 3651 - 3651
Published: Aug. 29, 2023
The
metaverse,
as
an
envisioned
paradigm
of
the
future
internet,
aims
to
establish
immersive
and
multidimensional
virtual
space
in
which
global
users
can
interact
with
one
another,
real
world.
With
rapid
development
emerging
technologies—such
digital
twins
(DT),
blockchain,
artificial
intelligence
(AI)—the
diverse
potential
application
scenarios
metaverse
have
attracted
a
great
deal
research
attention
created
prosperous
market.
demand
for
ubiquitous
communications,
pervasive
sensing,
ultra-low
latency
computing,
distributed
storage
has
consequently
surged,
due
massive
heterogeneous
devices
data
metaverse.
In
order
achieve
it
is
essential
infrastructure
system
that
integrates
technologies.
Information
about
physical
world
be
obtained
by
computing
resources
scheduled
reasonable
manner,
quick
access
achieved
through
coordination
centralized
storage,
and,
bridge,
mobile
communications
systems
connect
new
system,
integration
(I-CSCS).
Following
this
trend,
paper
discusses
requirements
spectrum
resources,
ultra-reliable
transmission,
seamless
coverage,
security
protection
wireless
systems,
analyzes
fundamental
supporting
role
sixth-generation
(6G)
Then,
we
explore
functions
roles
integrated
sensing
technologies
(ISAC),
well
Finally,
summarize
directions
challenges
I-CSCS
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(7), P. 2663 - 2663
Published: March 24, 2024
This
article
discusses
the
role
of
technological
advancements,
particularly
in
IoT
domain,
promoting
economic,
productive,
and
social
development
context
environmental
sustainability.
The
research
focuses
on
identifying
specific
trends
application
these
systems
for
sustainable
practices
through
a
bibliometric
analysis
using
PRISMA.
text
presents
an
evaluation
global
scientific
productivity,
highlighting
significant
contributions
countries
such
as
China
United
States.
It
also
emphasizes
India’s
prominent
efficiency
agri-food
supply
chain.
study
further
examines
thematic
evolution,
keyword
networks,
their
co-occurrence,
well
relationship
between
validity
frequency.
proposes
agenda
that
concludes
exponential
growth
cities
since
2016.
energy
efficiency,
cloud
computing,
big
data.
Additionally,
identifies
smart
sensor
usage,
along
with
creation
new
decentralized
priority
areas
will
remain
relevant
future.
importance
security
privacy
areas.
SSRN Electronic Journal,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Jan. 1, 2024
The
dynamic
convergence
of
Metaverse,
Digital
Twin
(DT),
and
Blockchain
technologies
is
not
only
reshaping
the
landscape
smart
grids
(SGs)
but
also
laying
groundwork
for
transformative
era
Smart
Grid
3.0
(SG
3.0).
This
progressive
leap
presents
unprecedented
opportunities
to
establish
resilient
models,
seamlessly
integrating
DT,
Blockchain,
fostering
a
realistic
representation
SG
environment
in
intricate
interplay
between
consumers
utilities.
These
sophisticated
models
serve
as
precise
platform
technical
experts,
garnering
increasing
attention
from
both
research
industry
communities.
Within
this
rapidly
evolving
field,
addressing
challenge
dynamically
altering
framework
response
diverse
disturbances
paramount.
selection
an
appropriate
model
specific
problems
pivotal
issue.
While
numerous
have
emerged
recent
literature
tackle
these
challenges,
sheer
volume
varying
features
mathematical
pose
understanding
their
degree
realism
compatibility
with
framework.
To
navigate
complexities,
paper
introduces
pioneering
modeling
approach,
unlocking
new
dimensions
transforming
into
3.0.
Our
approach
converges
technologies,
offering
unique
perspective
that
transcends
existing
models.
By
critical
need
clarity
on
characteristics
adapted
3.0,
opens
uncharted
paths,
pushing
boundaries
knowledge
innovation
realm
evolution.
Processes,
Journal Year:
2023,
Volume and Issue:
11(6), P. 1703 - 1703
Published: June 2, 2023
The
concept
of
digital
twinning
is
essential
for
smart
manufacturing
and
cyber-physical
systems
to
be
connected
the
Metaverse.
These
representations
physical
objects
can
used
real-time
analysis,
simulations,
predictive
maintenance.
A
combination
manufacturing,
Industry
4.0,
Metaverse
lead
sustainable
productivity
in
industries.
This
paper
presents
a
practical
approach
implementing
twins
magnetic
forging
holder
that
was
designed
manufactured
this
project.
Thus,
makes
two
important
contributions:
first
contribution
holder,
second
significant
creation
its
twin.
benefits
from
special
design
implementation,
making
it
user-friendly
powerful
tool
materials
research.
More
specifically,
employed
thermomechanical
influencing
structure
and,
hence,
final
properties
under
development.
In
addition,
mechanism
allows
us
produce
new
type
creep-resistant
composite
material
based
on
Fe,
Al,
Y.
consolidates
powder
form
solid
state
after
mechanical
alloying.
We
bars
components
using
suitable
process
which
extreme
grain
coarsening
occurs
heat
treatment.
one
conditions
achieving
very
high
resistance
creep
at
temperatures.
