Intelligent Systems with Applications,
Год журнала:
2024,
Номер
22, С. 200389 - 200389
Опубликована: Май 19, 2024
Concerned
by
the
continuous
decline
in
quality
of
life,
poverty,
environmental
degradation,
and
escalated
war
conflicts,
United
Nations
2015
instituted
17
Sustainable
Development
Goals
(SDGs)
169
targets.
Access
to
clean,
modern,
affordable
energy,
also
known
as
SDG
7,
is
one
goals.
Universal
access
electricity
metrics
for
measuring
a
good
life
it
fundamentally
affects
education,
healthcare,
food
security,
job
creation,
other
socioeconomic
indices.
To
achieve
this
goal
targets,
there
has
been
increased
traction
research,
development,
actionable
plans,
policies,
activities
governments,
scientific
community,
environmentalists,
development
experts,
stakeholders
achieving
goal.
This
review
presents
various
avenues
which
AI
digitization
can
provide
impetus
7.
The
global
trends
attaining
clean
electricity,
cooking
fuel,
renewable
energy
efficiency,
international
public
financial
flows
between
2005
2021
are
reviewed
while
contribution
towards
meeting
7
highlighted.
study
concludes
that
deployment
into
sector
will
catalyze
attainment
2030,
provided
ethical
issues,
regulatory
concerns,
manpower
shortage,
shortcomings
effectively
handled.
recommends
adequate
infrastructural
upgrades,
modernization
data
collection,
storage,
analysis
capabilities,
improved
awareness
professional
collaborative
innovation,
promotion
legal
issues
ways
advancing
universal
2030.
Going
forward,
more
collaborations
academic
research
institutions
producers
help
produce
experts
professionals
propel
innovative
digital
technologies
sector.
Results in Engineering,
Год журнала:
2024,
Номер
23, С. 102507 - 102507
Опубликована: Июль 4, 2024
The
aim
of
this
mini-review
is
to
compare
the
effectiveness
and
potential
solar
cells
hydrogen
fuel
technologies
in
clean
energy
generation.
Key
aspects
such
as
efficiency,
scalability,
environmental
footprint,
technological
maturity
are
examined.
Solar
analyzed
for
their
ability
convert
sunlight
into
electricity
efficiently
widespread
deployment
with
minimal
impact.
Hydrogen
assessed
based
on
efficiency
production,
overall
footprint
from
production
end
use.
review
identifies
significant
challenges,
including
high
costs,
infrastructure
needs,
policy
requirements,
well
opportunities
innovation
market
growth.
findings
provide
insights
guide
decision-making
towards
a
sustainable
future.
World Journal of Advanced Research and Reviews,
Год журнала:
2024,
Номер
21(1), С. 1999 - 2008
Опубликована: Янв. 25, 2024
The
burgeoning
threat
of
climate
change
has
spurred
an
increased
reliance
on
advanced
technologies
to
comprehend
and
mitigate
its
far-reaching
consequences.
Artificial
Intelligence
(AI)
Machine
Learning
(ML)
have
emerged
as
indispensable
tools
in
research,
offering
unprecedented
capabilities
for
predictive
modeling
assessing
environmental
impact.
This
review
synthesizes
the
current
state
AI
ML
applications
emphasizing
their
role
understanding
repercussions.
Predictive
models
leveraging
algorithms
demonstrated
remarkable
efficacy
forecasting
patterns,
extreme
weather
events,
sea-level
rise.
These
incorporate
vast
datasets
encompassing
meteorological,
geospatial,
oceanic
information,
enabling
more
accurate
predictions
future
scenarios.
Moreover,
AI-driven
excel
recognizing
intricate
patterns
non-linear
relationships
within
data,
enhancing
capacity
simulate
complex
systems.
Environmental
impact
assessment
stands
a
critical
facet
techniques
are
proving
instrumental
this
regard.
facilitate
analysis
diverse
ecological
parameters,
including
deforestation
rates,
biodiversity
loss,
carbon
sequestration
dynamics.
By
discerning
nuanced
immense
datasets,
systems
contribute
direct
indirect
consequences
ecosystems.
Despite
these
advancements,
challenges
persist,
such
need
standardized
data
formats,
model
interpretability,
ethical
considerations.
Additionally,
integration
findings
into
policy
frameworks
remains
crucial
frontier.
As
intersection
AI,
ML,
research
evolves,
continuous
interdisciplinary
collaboration
is
essential
harness
full
potential
safeguarding
our
planet's
future.
illuminates
landscape
applications,
providing
insights
efficacy,
challenges,
contributions
advancing
sustainability.
Cities,
Год журнала:
2024,
Номер
154, С. 105334 - 105334
Опубликована: Авг. 2, 2024
The
concept
of
smart
cities
refers
to
urban
areas
that
utilize
(digital)
technologies
enhance
operations,
services,
and
the
quality
life
their
residents.
However,
people
have
varying
possibilities
capabilities
for
using
technologies.
This
intertwines
technology-driven
development
with
ideal
inclusiveness
(or
lack
thereof)
as
it
seems
unrealistic
assume
would
benefit
equally
whole
society.
controversy
is
approached
by
questioning
whether
can
really
improve
living
conditions
disadvantaged
via
reviewing
literature
ties
persons
disabilities.
study
shows,
first,
disabilities
are
rarely
discussed
in
extant
on
particularly
from
a
critical
perspective.
Second,
underlined
here,
based
reviewed
literature,
while
city
initiatives
hold
promise
enhancing
disabilities,
they
not
one-size-fits-all
answers
tackle
marginalization
Rather,
since
technological
solutions
do
counter
fundamental
barriers
exclusion,
still
need
advanced
ideas
establishing
truly
inclusive
city.
