FUDMA Journal of Sciences,
Год журнала:
2024,
Номер
8(6), С. 328 - 342
Опубликована: Дек. 31, 2024
The
exponential
growth
in
urban
population
has
intensified
the
challenges
of
municipal
waste
management,
necessitating
innovative
technological
solutions.
This
research
presents
an
integrated
approach
to
developing
a
smart
management
system
by
integrating
wireframes,
3D
modeling,
and
simulation
technologies.
study
employs
three-phase
methodology:
utilizing
wireframe
prototyping
for
user
interface
design,
enabling
iterative
development
based
on
stakeholder
feedback,
implementing
detailed
modeling
bins
visualize
optimize
flow
dynamics,
conducting
comprehensive
simulations
evaluate
performance
under
various
scenarios.
analysis
compared
multiple
routing
algorithms
while
monitoring
real-time
bin
capacity
through
virtual
sensors.
Results
demonstrate
25%
improvement
collection
efficiency
using
dynamic
traditional
fixed
routes
30%
reduction
overflow
incidents
predictive
monitoring.
user-centered
design
approach,
validated
testing
with
50
participants,
showed
40%
increase
engagement
conventional
interfaces.
Additionally,
phase
identified
critical
modifications
that
improved
accessibility
35%
reduced
maintenance
requirements
20%.
contributes
growing
knowledge
city
solutions
providing
practical
insights
municipalities
seeking
modernize
their
management.
infrastructure.
proposed
offers
scalable,
efficient
addressing
promoting
environmental
sustainability.
A
limitation
is
its
reliance
simulation-based
testing,
which
may
not
fully
represent
real-world
operational
complexities.
major
challenge
implementation
dependency
continuous
high
infrastructures.
Green Materials,
Год журнала:
2025,
Номер
unknown, С. 1 - 14
Опубликована: Май 27, 2025
This
article
discusses
how
the
integration
of
3D
printing
and
composite
fibre
manufacturing
with
Internet
Things
(IoT)
circular
economy
can
create
a
revolution
in
sustainable
production
processes,
exploring
possibilities
challenges
that
such
convergence
brings.
IoT
integrates
network
connected
devices
sensors
to
provide
real-time
data
monitoring
predictive
analytics,
tackling
pressing
inefficiencies
conventional
manufacturing.
The
functions
additive
processes
enables
meticulous
managing
resource
utilisation,
material
optimisation,
energy
efficiency,
ultimately
minimising
environmental
impact.
When
derived
from
renewable
or
recycled
materials,
materials
superior
mechanical,
thermal,
chemical
characteristics
also
reflect
sustainability
ideals.
review
consolidates
recent
IoT-enabled
progresses,
emphasising
innovations
related
monitoring,
defect
detection,
maintenance
integrated
economy.
It
addresses
like
interoperability,
cyber
security
risks,
scalability
suggests
techniques
modular
architectures
artificial
intelligence
analytics
as
answers.
Furthermore,
this
paper
emphasises
innovative
approaches
enhancing
eco-friendly
systems,
focusing
on
energy-efficient
IoT-based
future
research
directions
highlighted
above
encourage
researchers
establish
more
standardised
towards
IoT-dependent
frameworks
investigate
bio-based
materials.
FUDMA Journal of Sciences,
Год журнала:
2024,
Номер
8(6), С. 328 - 342
Опубликована: Дек. 31, 2024
The
exponential
growth
in
urban
population
has
intensified
the
challenges
of
municipal
waste
management,
necessitating
innovative
technological
solutions.
This
research
presents
an
integrated
approach
to
developing
a
smart
management
system
by
integrating
wireframes,
3D
modeling,
and
simulation
technologies.
study
employs
three-phase
methodology:
utilizing
wireframe
prototyping
for
user
interface
design,
enabling
iterative
development
based
on
stakeholder
feedback,
implementing
detailed
modeling
bins
visualize
optimize
flow
dynamics,
conducting
comprehensive
simulations
evaluate
performance
under
various
scenarios.
analysis
compared
multiple
routing
algorithms
while
monitoring
real-time
bin
capacity
through
virtual
sensors.
Results
demonstrate
25%
improvement
collection
efficiency
using
dynamic
traditional
fixed
routes
30%
reduction
overflow
incidents
predictive
monitoring.
user-centered
design
approach,
validated
testing
with
50
participants,
showed
40%
increase
engagement
conventional
interfaces.
Additionally,
phase
identified
critical
modifications
that
improved
accessibility
35%
reduced
maintenance
requirements
20%.
contributes
growing
knowledge
city
solutions
providing
practical
insights
municipalities
seeking
modernize
their
management.
infrastructure.
proposed
offers
scalable,
efficient
addressing
promoting
environmental
sustainability.
A
limitation
is
its
reliance
simulation-based
testing,
which
may
not
fully
represent
real-world
operational
complexities.
major
challenge
implementation
dependency
continuous
high
infrastructures.
