Acta Scientiarum Polonorum Formatio Circumiectus,
Journal Year:
2023,
Volume and Issue:
22(2), P. 17 - 40
Published: July 7, 2023
Aim
of
the
study:
Today,
completely
new
forms
geo-information
systems
are
becoming
increasingly
popular.
New
technological
possibilities
allow
these
to
be
adapted
requirements
and
needs
societies.
This
paper
is
an
extensive
literature
review
use
geodata
in
various
scientific
fields,
STEM
(science,
technology,
engineering,
mathematics)
disciplines.
However,
as
there
no
universal
agreement
which
disciplines
included
STEM,
authors
also
related
fields
such
geography
or
transport.
Material
methods:
Already
a
preliminary
analysis
Web
Science
Core
Collection
database
has
shown
that
used
very
widely,
every
discipline
analysed
(with
varying
degrees
sophistication).
The
main
objective
provide
comprehensive
usage
five
areas:
bathymetric
measurements,
satellite
geodata,
aerial
retrieved
levelling
networks,
GIS
data.
Results
conclusions:
results
showed
increasing
availability
data
can
contribute
better
understanding
management
our
planet.
Geodata
tool
overly
broad
general,
it
might
science.
Scientific Reports,
Journal Year:
2025,
Volume and Issue:
15(1)
Published: Jan. 25, 2025
This
study
first
proposes
an
innovative
method
for
optimizing
the
maximum
power
extraction
from
photovoltaic
(PV)
systems
during
dynamic
and
static
environmental
conditions
(DSEC)
by
applying
horse
herd
optimization
algorithm
(HHOA).
The
HHOA
is
a
bio-inspired
technique
that
mimics
motion
cycles
of
entire
horses.
Next,
linear
active
disturbance
rejection
control
(LADRC)
was
applied
to
monitor
HHOA's
reference
voltage
output.
LADRC,
known
managing
uncertainties
disturbances,
improves
anti-interference
capacity
point
tracking
(MPPT)
speeds
up
system's
response
rate.
Then,
in
comparison
traditional
(perturb
&
observe;
P&O)
metaheuristic
algorithms
(conventional
particle
swarm
optimization;
CPSO,
grasshopper
GHO,
deterministic
PSO;
DPSO)
through
DSEC,
simulations
results
demonstrate
combination
HHOA-LADRC
can
successfully
track
global
peak
(GMP)
with
less
fluctuations
quicker
convergence
time.
Finally,
experimental
investigation
proposed
accomplished
NI
PXIE-1071
Hardware-In-Loop
(HIL)
prototype.
output
findings
show
effectiveness
provided
may
approach
value
higher
than
99%,
showed
rate
converging
oscillations
detection
mechanism.
IEEE Access,
Journal Year:
2023,
Volume and Issue:
11, P. 102806 - 102827
Published: Jan. 1, 2023
Context:
Routing
algorithms
play
a
crucial
role
in
the
performance
of
Network-on-Chip
(NoC)-based
Multi-Processor
Systems-on-Chip
(MPSoC).
However,
selection
appropriate
and
effective
routing
poses
challenge
for
designers,
given
multitude
assessment
criteria,
data
fluctuations,
varying
criteria
importance.
Objective:
In
this
study,
we
propose
comprehensive
various
algorithms,
aiming
to
identify
most
suitable
algorithm
that
satisfies
designers'
system-level
requirements
criteria.
Method:
This
research
integrates
Fuzzy-Weighted
Zero-Inconsistency
(FWZIC)
method
Fuzzy
Decision
by
Opinion
Score
Method
(FDOSM).
The
utilisation
Z-Cloud
Rough
Numbers
(ZCRNs)
environment
addresses
two
types
uncertainty,
providing
framework
managing
ambiguity
achieving
higher
level
freedom.
Our
methodology
consists
main
phases.
Firstly,
decision
matrix
is
constructed
based
on
algorithms.
Secondly,
employ
ZCR-FWZIC
derive
weights
each
criterion
subsequently
ZCR-FDOSM-BM
approach
rank
Result:
analysis
reveals
Adaptive
Dimensional
Bubble
(ADBR),
Message-based
Congestion-Aware
(MCAR),
Dynamic
Algorithm
(DyAd)
are
ranked
as
top
three
respectively.
Conclusion:
presents
essential
implications
designers
system
engineers
involved
NoC-based
MPSoC,
offering
insights
enhance
decision-making
processes
facilitate
an
algorithm.
