Frontiers in Science and Engineering,
Год журнала:
2024,
Номер
4(8), С. 21 - 30
Опубликована: Авг. 21, 2024
Artificial
Intelligence
(AI)
is
poised
to
revolutionize
the
architectural
design
and
energy
management
of
green
buildings,
offering
significant
advancements
in
sustainability
efficiency.
This
paper
explores
transformative
impact
AI
on
improving
efficiency
reducing
carbon
emissions
commercial
buildings.
By
leveraging
algorithms,
architects
can
optimize
building
performance
through
advanced
environmental
analysis,
automation
repetitive
tasks,
real-time
data-driven
decision-making.
facilitates
precise
consumption
forecasting
integration
renewable
sources,
enhancing
overall
Our
study
demonstrates
that
reduce
CO2
by
approximately
8%
19%,
respectively,
typical
mid-size
office
buildings
2050
compared
conventional
methods.
Further,
combination
with
policies
low-emission
production
projected
yield
reductions
up
40%
90%
emissions.
provides
a
systematic
approach
for
quantifying
AI's
benefits
across
various
types
climate
zones,
valuable
insights
decision-makers
construction
industry.
International Journal of Computer Science and Information Technology,
Год журнала:
2024,
Номер
3(3), С. 1 - 10
Опубликована: Авг. 12, 2024
In
the
context
of
artificial
intelligence
(AI),
convergence
advanced
technologies
has
profoundly
reshaped
financial
accounting
and
management
paradigms.
This
transformation
is
characterised
by
emergence
intelligent
finance
tools,
including
integrated
industry-financial
software
robots,
which
facilitate
automated,
data-driven
processes.
These
innovations
significantly
reduce
human
involvement
in
routine
tasks,
leveraging
AI
capabilities
to
conduct
comprehensive
data
analysis
enhance
decision-making
through
more
profound
insights
from
extensive
datasets.
Despite
these
advancements,
cybersecurity
risks
necessity
for
updated
theoretical
regulatory
frameworks
persist.
Nevertheless,
integrating
with
practices
holds
promise
enhancing
operational
efficiencies
redefining
digital
age.
Based
on
the
detailed
exploration
of
AI
techniques
for
early
identification
learning
difficulties
in
education,
this
study
underscores
pivotal
role
educational
data
analysis
enhancing
student
outcomes.
Educators
can
proactively
identify
and
address
challenges
through
systematic
collection
analysis,
thereby
minimizing
long-term
academic
obstacles
emotional
stress.
The
integration
AI,
particularly
natural
language
processing
computer
vision
technologies,
facilitates
personalized
paths
real-time
interventions,
offering
tailored
support
that
maximizes
each
student's
potential.
These
advancements
optimize
resource
allocation
foster
a
more
inclusive
effective
environment,
paving
way
future
education
intelligent
teaching
practices.
This
article
explores
the
specific
impact
of
artificial
intelligence
(AI)
-driven
data
visualisation
technologies
in
user
experience
Internet
industry.
Through
introduction
machine
learning
and
mining
technologies,
AI
has
significantly
improved
automation
visualization
tools,
promoting
innovation
methods
improving
quality
efficiency
cleaning,
processing,
analysis.
In
addition,
also
promoted
development
personalised
visualization,
providing
users
with
a
richer
more
intuitive
way
to
present
data.
paper
analyses
applications
AI-driven
learning,
natural
language
computer
vision.
It
demonstrates
positive
effects
on
understanding
optimisation
models
through
practical
feedback
from
Yellowbrick
tools.
The
construction
industry
is
an
important
part
of
the
national
economic
market
various
countries;
since
2013,
industry's
added
value
in
gross
domestic
product
has
been
more
than
6%,
reaching
6.89%
2022,
and
a
pillar
economy.
Intelligent
realistic
demand
to
promote
high-quality
development
China's
industry.
It
key
focus
transforming
upgrading
traditional
information,
digital,
intelligent.
As
new
production
factor,
robots
have
become
promoting
intelligent
construction.
Under
guidance
policies,
thanks
huge
volume
rich
application
scenarios,
many
innovative
entrepreneurial
entities
entered
field
robots.
Architectural
visualization
crucial
aspect
architectural
design
communication.
With
science
technology,
artificial
intelligence
(AI)
technology
increasingly
becoming
essential
tool
for
emergence
AI
provided
architects
with
flexible
creative
ways
present
ideas.
All
along,
designers
who
love
architecture
passionate
about
exploring
better
solutions
architecture,
but
there
never
optimal
solution
design;
fire
future
era;
it
brings
us
opportunities
also
forces
face
challenges
from
future.
Frontiers in Science and Engineering,
Год журнала:
2024,
Номер
4(8), С. 21 - 30
Опубликована: Авг. 21, 2024
Artificial
Intelligence
(AI)
is
poised
to
revolutionize
the
architectural
design
and
energy
management
of
green
buildings,
offering
significant
advancements
in
sustainability
efficiency.
This
paper
explores
transformative
impact
AI
on
improving
efficiency
reducing
carbon
emissions
commercial
buildings.
By
leveraging
algorithms,
architects
can
optimize
building
performance
through
advanced
environmental
analysis,
automation
repetitive
tasks,
real-time
data-driven
decision-making.
facilitates
precise
consumption
forecasting
integration
renewable
sources,
enhancing
overall
Our
study
demonstrates
that
reduce
CO2
by
approximately
8%
19%,
respectively,
typical
mid-size
office
buildings
2050
compared
conventional
methods.
Further,
combination
with
policies
low-emission
production
projected
yield
reductions
up
40%
90%
emissions.
provides
a
systematic
approach
for
quantifying
AI's
benefits
across
various
types
climate
zones,
valuable
insights
decision-makers
construction
industry.
