Open Access Research Journal of Multidisciplinary Studies,
Год журнала:
2024,
Номер
7(2), С. 031 - 041
Опубликована: Апрель 12, 2024
Energy
efficiency
in
architecture
is
a
critical
consideration
the
design
and
construction
of
buildings,
aiming
to
reduce
energy
consumption
minimize
environmental
impact.
This
abstract
explores
various
strategies
technologies
that
can
be
implemented
enhance
architecture.
The
importance
lies
its
potential
greenhouse
gas
emissions,
lower
costs,
create
healthier
indoor
environments.
Achieving
involves
combination
passive
strategies,
such
as
orientation,
shading,
natural
ventilation,
well
active
technologies,
including
high-performance
insulation,
energy-efficient
lighting,
renewable
systems.
Passive
are
fundamental
architecture,
utilizing
elements
sunlight,
shade,
airflow
need
for
mechanical
heating,
cooling,
lighting.
Proper
building
effective
shading
devices,
strategic
placement
windows
openings
maximize
light
reducing
reliance
on
artificial
lighting
ventilation
In
addition
play
crucial
role
enhancing
High-performance
insulation
materials,
aerogel
vacuum
panels,
significantly
heat
loss
gain
through
envelopes,
improving
thermal
comfort
consumption.
Energy-efficient
systems,
light-emitting
diodes
(LEDs)
daylight
harvesting
electricity
usage
while
solar
photovoltaic
panels
wind
turbines,
generate
clean
on-site,
further
fossil
fuels.
Overall,
requires
holistic
approach
considers
both
technologies.
By
incorporating
these
into
construction,
architects
designers
buildings
not
only
environmentally
sustainable
but
also
comfortable,
healthy,
cost-effective
occupants.
International Journal of Management & Entrepreneurship Research,
Год журнала:
2024,
Номер
6(8), С. 2684 - 2707
Опубликована: Авг. 21, 2024
The
transition
to
renewable
energy
sources
is
critical
for
achieving
sustainable
development
and
combating
climate
change.
As
the
sector
rapidly
evolves,
there
a
growing
need
advanced
decision-making
frameworks
that
can
effectively
navigate
complexities
of
production,
distribution,
consumption.
This
paper
explores
application
data-driven
model
tailored
industry.
integrates
real-time
data
analytics,
machine
learning
algorithms,
predictive
modeling
enhance
processes
in
areas
such
as
resource
allocation,
grid
management,
investment
planning.
By
leveraging
vast
datasets,
including
weather
patterns,
consumption
trends,
market
dynamics,
provides
actionable
insights
enable
stakeholders
optimize
forecast
demand,
mitigate
risks
associated
with
projects.
model's
capabilities
are
particularly
valuable
managing
intermittency
sources,
solar
wind,
by
improving
accuracy
forecasting
output
aligning
it
demand.
Additionally,
supports
strategic
decisions
identifying
high-potential
based
on
assessments
availability,
infrastructure
readiness,
economic
viability.
also
addresses
challenges
implementing
models
sector,
quality
integration
issues,
specialized
technical
expertise,
importance
regulatory
policy
frameworks.
Case
studies
presented
illustrate
practical
different
projects,
highlighting
benefits
enhancing
operational
efficiency,
reducing
costs,
supporting
growth
sector.
findings
underscore
potential
approaches
revolutionize
making
them
indispensable
tools
clean
future.
Keywords:
Data-Driven,
Decision-Making,
Models,
Renewable
Energy.
Advances in business strategy and competitive advantage book series,
Год журнала:
2024,
Номер
unknown, С. 201 - 232
Опубликована: Сен. 13, 2024
This
chapter
explores
innovative
quality
management
approaches
in
public
healthcare
systems,
focusing
on
transitioning
from
traditional
protocols
to
modern,
data-driven
strategies.
The
authors
examine
digital
health
solutions'
effectiveness
and
implementation
challenges,
process
improvement
methodologies,
collaborative
care
models.
Through
a
comprehensive
literature
review
analysis
of
recent
trends,
the
identifies
key
barriers
facilitators
influencing
adoption
these
approaches.
research
highlights
impact
strategies
clinical
outcomes,
operational
efficiency,
patient
experience.
A
framework
for
is
proposed,
integrating
with
factors.
concludes
by
offering
recommendations
practitioners,
policymakers,
researchers
enhance
practices
outlines
future
directions
this
rapidly
evolving
field.
Toxics,
Год журнала:
2024,
Номер
12(12), С. 847 - 847
Опубликована: Ноя. 25, 2024
Pollution
can
be
broadly
defined
as
the
presence
of
contaminants
or
energy
sources
detrimental
to
ecosystems
and
human
health.
The
organism
serves
a
valuable
indicator
ecosystem
contamination.
However,
understanding
physiological
disorders
correlating
specific
with
disease
development
is
complex
arduous
task,
necessitating
extensive
scientific
research
spanning
years
even
decades.
To
facilitate
more
rapid
precise
impairments
induced
by
various
contaminants,
comprehensive
approach
indispensable.
This
review
proposes
model
for
such
an
approach,
which
involves
systematic
collection
analysis
data
from
contamination
monitoring,
integrated
biomedical
on
compromised
conditions
in
humans
across
different
temporal
spatial
scales.
Given
complexity
sheer
volume
data,
alongside
imperative
strategic
decision-making,
this
leverages
capabilities
artificial
intelligence
(AI)
tools.
Although
paper
exemplifies
investigating
effects
organism,
adaptable
all
components,
thereby
supporting
conservation
plant
animal
species.
International Journal of Frontiers in Life Science Research,
Год журнала:
2024,
Номер
6(2), С. 001 - 010
Опубликована: Апрель 7, 2024
Health
disparities
in
the
United
States
persist
across
various
demographic
groups,
contributing
to
inequities
access
healthcare,
health
outcomes,
and
quality
of
life.
Addressing
these
requires
a
comprehensive
approach
that
leverages
data
analytics
identify,
understand,
mitigate
underlying
causes.
This
paper
presents
nationwide
perspective
on
tackling
through
analytics.
Beginning
with
an
overview
current
landscape
disparities,
emphasizes
significance
addressing
underscores
pivotal
role
driving
effective
interventions.
By
understanding
complex
interplay
factors
including
socioeconomic
status,
race,
ethnicity,
geography,
offers
insights
into
patterns
trends
inform
targeted
Drawing
from
diverse
sources
healthcare
data,
electronic
records,
surveys,
administrative
this
explores
challenges
opportunities
collecting,
managing,
analyzing
identify
priority
areas
for
intervention.
Geospatial
analysis
further
enables
identification
geographic
hotspots
highest
guiding
resource
allocation
intervention
strategies.
Through
stakeholder
engagement
collaboration
community
organizations
providers,
evidence-based
interventions
are
developed
tailored
address
specific
disparities.
Continuous
monitoring
evaluation
effectiveness,
coupled
iterative
refinement
based
data-driven
insights,
ensure
adaptive
responsive
approaches
reducing
Finally,
discusses
policy
implications
interventions,
advocating
policies
systemic
utilizing
decisions
allocation.
harnessing
power
analytics,
aims
contribute
ongoing
efforts
advancing
equity
States.
Open Access Research Journal of Multidisciplinary Studies,
Год журнала:
2024,
Номер
7(2), С. 031 - 041
Опубликована: Апрель 12, 2024
Energy
efficiency
in
architecture
is
a
critical
consideration
the
design
and
construction
of
buildings,
aiming
to
reduce
energy
consumption
minimize
environmental
impact.
This
abstract
explores
various
strategies
technologies
that
can
be
implemented
enhance
architecture.
The
importance
lies
its
potential
greenhouse
gas
emissions,
lower
costs,
create
healthier
indoor
environments.
Achieving
involves
combination
passive
strategies,
such
as
orientation,
shading,
natural
ventilation,
well
active
technologies,
including
high-performance
insulation,
energy-efficient
lighting,
renewable
systems.
Passive
are
fundamental
architecture,
utilizing
elements
sunlight,
shade,
airflow
need
for
mechanical
heating,
cooling,
lighting.
Proper
building
effective
shading
devices,
strategic
placement
windows
openings
maximize
light
reducing
reliance
on
artificial
lighting
ventilation
In
addition
play
crucial
role
enhancing
High-performance
insulation
materials,
aerogel
vacuum
panels,
significantly
heat
loss
gain
through
envelopes,
improving
thermal
comfort
consumption.
Energy-efficient
systems,
light-emitting
diodes
(LEDs)
daylight
harvesting
electricity
usage
while
solar
photovoltaic
panels
wind
turbines,
generate
clean
on-site,
further
fossil
fuels.
Overall,
requires
holistic
approach
considers
both
technologies.
By
incorporating
these
into
construction,
architects
designers
buildings
not
only
environmentally
sustainable
but
also
comfortable,
healthy,
cost-effective
occupants.
