Revolutionizing Supply Chains: Unleashing the Power of AI-Driven Intelligent Automation and Real-Time Information Flow
Information,
Год журнала:
2025,
Номер
16(1), С. 26 - 26
Опубликована: Янв. 6, 2025
Artificial
intelligence
(AI)
and
smart
automation
are
revolutionizing
the
global
supply
chain
ecosystem
at
an
accelerated
pace,
providing
tremendous
potential
for
resilience,
innovation,
efficacy,
profitability.
This
paper
examines
how
AI,
machine
learning
(ML),
robotic
process
(RPA)
influence
operations
to
adjust
risks
vulnerabilities.
It
focuses
on
AI
other
relevant
technologies
will
enhance
forecasting
predict
actual
demand,
expedite
logistics,
increase
warehouse
efficiency,
promote
instantaneously
making
decisions.
study
utilizes
thematic
analysis
find
AI-driven
applications,
including
logistics
optimization,
risk
mitigation,
among
383
peer-reviewed
articles
(2017–2024).
provides
a
strategic
framework
dealing
with
vulnerabilities,
operational
excellence,
resilient
solutions.
Additionally,
research
investigates
contributes
resilience
by
predicting
disruptions
automating
mitigation
strategies.
identifies
critical
success
factors
challenges
in
adopting
intelligent
analyzing
real-world
industry
implementations.
The
findings
propose
organizations
aiming
leverage
achieve
agility,
real-time
information
flow
effective
decision-making.
Язык: Английский
Sustainable Transportation Solutions for Intelligent Mobility: A Focus on Renewable Energy and Technological Advancements for Electric Vehicles (EVs) and Flying Cars
Future Transportation,
Год журнала:
2024,
Номер
4(3), С. 874 - 890
Опубликована: Авг. 12, 2024
(1)
Introduction:
Transportation
logistics
play
a
pivotal
role
in
facilitating
both
individual
mobility
and
supply
chain
operations
on
global
scale.
However,
conventional
transportation
systems
have
contributed
significantly
to
urban
congestion
environmental
degradation.
In
response
these
challenges,
there
is
growing
momentum
investigate
the
potential
of
renewable
energy
power
electric
vehicles
(EVs)
flying
automobiles,
aiming
reduce
fossil
fuel
dependence
carbon
emissions.
(2)
Objectives:
By
analyzing
key
drivers
opportunities
for
integrating
into
existing
infrastructure
through
dynamic
modeling,
this
study
seeks
accelerate
transition
sustainable
transportation.
(3)
Methodology:
A
mixed-method
approach,
combining
literature
review
causal
loop
diagram
analysis,
employed
understand
factors
influencing
EV
car
adoption.
(4)
Results:
Findings
highlight
significant
reducing
emissions
reliance
fuels
widespread
vehicle
The
major
challenges
infrastructure,
safety,
airspace
management
are
also
identified.
addition,
research
emphasizes
importance
addressing
congestion,
pollution,
security.
(5)
Conclusions:
leveraging
embracing
technological
advancements,
low-carbon
future
can
be
achieved,
benefiting
environment
society.
Язык: Английский
Sustainable Transportation Solutions for Intelligent Mobility: A Focus on Renewable Energy and Technological Advancements for Electric Vehicles (EVs) and Flying Car
Опубликована: Май 27, 2024
Introduction:
Transportation
logistics
play
a
pivotal
role
in
facilitating
both
individual
mobility
and
supply
chain
operations
on
global
scale.
However,
conventional
transportation
systems
have
contributed
significantly
to
urban
congestion
environmental
degradation.
In
response
these
challenges,
there
is
growing
momentum
towards
the
adoption
of
intelligent
(ITS)
sustainable
solutions.
This
research
aims
explore
potential
renewable
energy
sources
power
electric
vehicles
(EVs)
flying
automobiles,
thereby
accelerating
transition
low-carbon
future.
Objectives:
The
primary
objectives
this
are
as
follows:
-
Investigate
fuels
powering
EVs
cars
reduce
reliance
fossil
mitigate
carbon
emissions.
Analyze
dynamic
growth
sustainability
implications
advancements
battery
technology
alternative
sources,
such
Hydrogen
Fuel
Cells.
Evaluate
challenges
opportunities
associated
with
integration
into
existing
infrastructure,
focusing
safety,
airspace
control,
infrastructure
development.
Review
insights
guidance
stakeholders
promoting
solutions
for
through
utilization
reduction
emissions
from
literature.
Methodology:
employs
mixed-method
approach,
combining
literature
review,
causal
loop
diagram
analysis.
review
provides
comprehensive
understanding
current
trends,
technologies.
A
utilized
visualize
interactions
between
various
factors
influencing
cars,
including
technological
advancements,
policy
interventions,
market
dynamics.
Results
Discussion:
findings
highlight
significant
solar,
wind,
hydrogen,
cars.
Advances
hydrogen
fuel
cells
identified
key
drivers
systems.
remain
terms
development,
safety
regulations,
management
vehicles.
Nevertheless,
noticeable
advancement
reducing
widespread
EVs.
By
harnessing
implementing
effective
measures,
might
able
promote
solutions,
contributing
protection
societal
well-being.
Conclusion:
Literally,
underscores
importance
addressing
congestion,
pollution,
security
concerns.
leveraging
embracing
pave
way
more
resilient
system.
concerted
efforts
needed
overcome
ensure
successful
technologies
infrastructure.
Through
collaborative
partnerships
innovative
initiatives,
future
can
be
achieved,
benefiting
environment
society
whole.
Язык: Английский
Zero Plastic Drive: A Comprehensive Review on Unveiling Innovative Sustainable Solutions for a Circular Plastics Economy
Sustainability,
Год журнала:
2024,
Номер
16(23), С. 10329 - 10329
Опубликована: Ноя. 26, 2024
Living
in
a
society
where
plastic
has
become
necessity,
the
over-reliance
on
these
materials
is
quite
disturbing
as
they
have
social
and
economic
effects,
especially
waste
disposal
resource
management.
Such
issues
introduced
circular
plastics
economy
(CPE),
which
aims
to
eliminate
by
focusing
reducing,
recycling,
reusing
(3R)
designing
biodegradable
products.
Owing
facts,
systematic
literature
review
(SLR)
was
conducted
analyze
existing
principles
management
systems
terms
of
3R
initiatives.
Also,
this
study
showcases
CPE
investigating
how
it
possible
manage
within
instead
linear
system.
Additionally,
system
dynamics
modeling
(SDM)
applied
examine
inter-relationships
between
key
elements
such
production,
generation,
recycling
rates,
regulatory
actions,
along
with
cognizance
phase
diversion
advanced
sorting
technology
minimize
landfill
dependency
environmental
pollution
initiatives,
including
producer
responsibility
programs
zero-landfill
targets.
This
accumulated
that
zero
strategies,
circularity,
national
management,
high-quality
achieved
rates
ranging
from
30%
81%
across
various
countries,
significantly
reducing
enhancing
efficiency.
However,
added
strategies
countries
are
related
policy-driven
initiatives
can
prospectively
be
useful
for
increasing
capacity
landfills,
promoting
sustainable
practices.
also
involved
critical
stakeholders
who
will
make
utilization
reality.
Ultimately,
research
contributes
fast-growing
knowledge
base
presenting
an
interdisciplinary
framework
based
model
synthesis
mathematical
modeling,
crucial
decision-makers,
industries,
researchers.
Язык: Английский