Frontiers in Environmental Science,
Journal Year:
2024,
Volume and Issue:
12
Published: Dec. 11, 2024
Balancing
various
objectives
and
navigating
uncertainties,
reducing
CO
2
emissions
enhancing
energy
efficiency
in
industry
presents
a
complex
challenge.
While
previous
studies
primarily
focused
on
conventional
optimization
methods,
this
research
introduces
an
innovative
approach:
multi-criteria
framework
tailored
to
address
uncertainties.
The
primary
objective
is
optimize
consumption,
minimize
emissions,
improve
cost
simultaneously
within
the
petrochemical
industry.
To
effectively
manage
uncertain
variables,
study
integrates
decision-making
simulations
expert
insights
through
hybrid
methodology
yield
optimal
outcomes.
Employing
three
distinct
preference
categories,
model
formulates
comprehensive
strategies.
Empirical
findings
underscore
model’s
efficacy
bridging
crucial
gaps
existing
research,
advocating
sustainable
practices
sector.
Departing
from
methodologies,
leverages
advanced
techniques
adept
at
handling
uncertainty.
identifies
pivotal
emission
sources
advocates
economically
viable
reduction
Its
adaptability
enriches
our
comprehension
of
challenges
by
considering
diverse
factors
perspectives.
Professional
assessments
affirm
success
propose
Coding-Based
Prototype
as
strategic
tool
for
addressing
These
results
imperative
policy
reforms,
such
embracing
carbon
capture
technologies,
bolster
global
sustainability
foster
enduring
growth
industrial
domain.
Energy Reports,
Journal Year:
2024,
Volume and Issue:
11, P. 3149 - 3162
Published: March 5, 2024
Reducing
greenhouse
gas
(GHG)
emissions
in
the
power
transmission
and
distribution
(T&D)
network
is
crucial
for
achieving
carbon
peaking
neutrality.
However,
there
has
been
a
lack
of
focus
on
this
topic,
despite
dramatic
replacement
traditional
high-emission
generation
systems
with
clean
renewable
energy
sources.
This
study
aims
at
investigating
GHG
T&D
based
life
cycle
assessment
(LCA).
A
(LCCA)
model
established,
emission
intensity
China's
system
predicted.
It
found
that
China
was
approximately
66
gCO2eq/kWh
2012
decreased
to
around
32
2022,
which
were
mostly
caused
by
electricity
loss.
The
contributions
infrastructure
are
analyzed,
alternative
scenarios
conducted
explore
driving
factors
infrastructure.
prediction
towards
year
2060
regarding
neutrality
indicates
will
account
least
16%
total
from
grid
2060.
implies
reducing
should
be
one
primary
tasks,
especially
when
dominates
mix.
IEEE Access,
Journal Year:
2024,
Volume and Issue:
12, P. 110526 - 110549
Published: Jan. 1, 2024
Quantum
computing
offers
transformative
processing
capabilities,
particularly
in
data
analysis.
However,
its
adoption
developing
countries
like
Vietnam
faces
significant
barriers,
such
as
financial
constraints,
infrastructural
limitations,
and
skill
shortages.
This
study
aims
to
determine
analyze
these
barriers'
impact
weights
evaluate
rank
potential
solutions
for
overcoming
the
most
critical
barriers.
proposes
a
multi-faceted
approach
integrating
Multi-Criteria
Decision
Making
(MCDM)
methods,
including
Delphi
Method
(DELPHI),
Trial
And
Evaluation
Laboratory
(DEMATEL),
Combined
Compromise
Solution
(COCOSO),
Technique
Order
Performance
by
Similarity
Ideal
(TOPSIS),
Multiplicative
form
of
Multi-objective
Optimization
based
on
Ratio
Analysis
method
(MULTIMOORA),
alongside
Spherical
Fuzzy
(QSF)
set
combination,
especially
QSF
DELPHI
COCOSO
models,
represents
methodological
contribution.
Results
indicate
that
Vietnam's
primary
barriers
quantum
are
limited
infrastructure,
high
costs,
lack
skilled
workforce.
Correspondingly,
highly
rated
solution
strategies
cost
reduction
initiatives,
investment
training
education
programs,
which
should
be
prioritized
considered
remove
These
findings
highlight
need
prioritize
addressing
issues
facilities,
human
resources,
resources.
research
bridges
theoretical
insights
with
actionable
recommendations,
providing
comprehensive
roadmap
mitigating
promoting
integration
into
analysis
landscape.
Research Square (Research Square),
Journal Year:
2024,
Volume and Issue:
unknown
Published: Jan. 31, 2024
Abstract
Necessary
improvements
should
be
made
to
increase
the
effectiveness
of
non-fungible
tokens
on
Metaverse
platform
without
having
extra
costs.
For
purpose
handing
this
process
more
efficiently,
there
is
a
need
determine
most
important
factors
for
successful
integration
into
platform.
Accordingly,
study
aims
appropriate
identity
management
choices
in
Metaverse.
There
are
three
different
stages
proposed
novel
fuzzy
decision-making
model.
The
first
stage
includes
prioritizing
expert
with
artificial
intelligence-based
methodology.
Secondly,
criteria
sets
managing
weighted
by
using
Quantum
picture
rough
sets-based
M-SWARA
Finally,
regarding
ranked
oriented
VIKOR.
main
contribution
that
intelligence
methodology
integrated
modelling
differentiate
experts.
With
help
situation,
it
can
possible
create
clusters
Hence,
opinions
experts
outside
group
may
excluded
from
scope.
It
has
been
determined
security
must
ensured
use
Similarly,
technological
infrastructure
also
sufficient
achieve
objective.
Moreover,
biometrics
unique
identification
best
ranking
performance
among
alternatives.
Privacy
authentication
plays
critical
role
process.
International Journal of Mathematics for Industry,
Journal Year:
2024,
Volume and Issue:
unknown
Published: May 10, 2024
The
CSFS
is
an
extension
of
CPFS
and
CPicFS.
design
addresses
vagueness
more
explicitly.
It
extends
the
real
subset’s
range
to
complex
with
use
unit
disc.
Due
its
coverage
in
three
directions:
membership
functions,
abstinence
function,
non-membership
has
flexibility
than
CFSs,
CIFSs,
CPFSs,
can
be
applied
various
ways
through
fuzzy
control.
primary
objective
this
study
present
CSFGS,
which
exhibits
exceptional
performance
tackling
challenging
problem,
particularly
ones
that
involve
multiple
relationships.
GSs
CSFSs
are
combined
concept.
As
a
result,
many
problems
different
relations.
AM
CSFGS
degree
vertex
presence
have
been
found.
lower
upper
constraints
on
energy
derived
by
calculating
CSFGS.
Furthermore,
we
provided
some
details
regarding
LE
[Formula:
see
text]-dominant
We
also
propose
notion
isomorphic
identical
text]-dominating
Finally,
discussed
real-world
example
based
temperature
variation
climatic
data
analysis
environment
demonstrate
applicability
generated
results.
Also,
algorithm
developed
clarify
fundamental
workings
our
application.
Frontiers in Energy Research,
Journal Year:
2024,
Volume and Issue:
12
Published: Oct. 24, 2024
Introduction
An
innovative
methodology
is
proposed
to
delve
into
the
pivotal
role
of
regional
distribution
networks
(RDNs)
in
fostering
low-carbon
development.
Methods
The
first
constructs
an
evaluation
framework
encompassing
various
dimensions
and
then
integrates
spherical
fuzzy
sets
(SFSs)
with
best-worst
method
(BWM),
enabling
precise
calculation
indicator
weight
parameters.
Subsequently,
we
employ
measurement
alternatives
ranking
according
compromise
solution
(MARCOS)
SFSs
process
synthesize
decision
making
information.
Results
Take
Shanghai
region
as
example,
results
show
that
C4
has
highest
performance
C10
lowest.
Discussion
In
conclusion,
this
research
presents
a
significant
step
forward
understanding
importance
RDNs
promoting
development
offers
practical
approach
for
decision-makers
assess
enhance
RDNs.