Zeszyty Naukowe SGSP,
Journal Year:
2024,
Volume and Issue:
1(92), P. 219 - 237
Published: Dec. 30, 2024
The
paper
presents
a
wide
range
of
possibilities
for
the
use
drones
in
terms
human
safety,
theenvironment
and
technical
facilities.
In
accordance
with
concept
paper,
these
areas
aredivided
into
four
main
sources
hazards
each
cases
using
anunmanned
aircraft
are
presented.
Hazards
caused
by
flooding,
environment,
fire
thoseoccurring
on
construction
sites
subject
to
analysis.
aim
was
markareas
hazard
grid
superimposed
map
an
area
specialised
drone
camera.Based
this
information,
it
is
possible
define
risk
people
property.In
case
depth
river
spillway
determined
according
width
ofthe
channel,
affecting
safety
residents
town.
For
environmentalaspect,
surface
water
table
its
fields,
meadows
pastureswere
determined.
This
also
important
from
agricultural
point
view,
including
determiningthe
extent
crop
damage.
fire,
enabled
assessment
damaged
building
as
result
high
temperatures,
ofa
situation
plan
related
building’s
structure
context
continueduse.
final
site.
Here,
turn,
objective
tomap
occupational
risks
those
working
there
and,
particular,
identify
ofdangerous,
harmful
nuisance
factors.
All
diagrams
presented
confirmed
widespreaduse
UAVs
diagnosis
levels.
With
technology,
easier
todiagnose
develop
preventive
measures.
Advances in information security, privacy, and ethics book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 405 - 451
Published: Jan. 26, 2024
The
rapid
proliferation
of
drones
across
various
industries
necessitates
a
comprehensive
examination
the
privacy
and
ethical
implications
in
their
cybersecurity
landscape.
This
chapter
aims
to
dissect
address
these
concerns,
providing
valuable
resource
for
scholars,
policymakers,
industry
practitioners.
objectives
are
clearly
outlined,
emphasizing
exploration
challenges
considerations
within
context
drone
cybersecurity.
begins
by
delving
into
associated
with
operations,
focusing
on
surveillance
concerns
responsible
collection
storage
sensitive
data.
Ethical
then
scrutinized,
highlighting
dual-use
nature
intricacies
autonomous
decision-making.
A
critical
evaluation
existing
regulatory
landscape
governing
operations
frameworks
is
presented,
shedding
light
effectiveness
limitations.
Drones,
Journal Year:
2024,
Volume and Issue:
8(10), P. 563 - 563
Published: Oct. 9, 2024
Drones
are
being
used
for
agriculture
monitoring
in
many
different
crops.
Nevertheless,
the
use
of
drones
green
areas’
evaluation
is
limited,
and
information
scattered.
In
this
survey,
we
focus
on
collection
existing
experiences
using
turfgrass
monitoring.
Despite
a
large
number
initial
search
results,
after
filtering
information,
very
few
papers
have
been
found
that
report
areas.
Several
aspects
drone
use,
monitored
areas,
additional
ground-based
devices
compared
evaluated.
The
data
obtained
first
analysed
general
way
then
divided
into
three
groups
according
to
their
application:
irrigation,
fertilisation,
others.
main
results
paper
indicate
despite
diversity
market,
most
researchers
same
drone.
Two
options
cameras
order
obtain
infrared
were
identified.
Moreover,
differences
depending
aspect
area
Finally,
indicated
current
gaps
provide
comprehensive
view
situation
elucidate
future
trends
management.
Advances in computational intelligence and robotics book series,
Journal Year:
2025,
Volume and Issue:
unknown, P. 41 - 70
Published: Feb. 28, 2025
In
this
chapter,
important
benefits
of
drone
technology
have
been
discussed
which
can
significantly
increase
climate
flexibility.
Unmatched
capacity
is
provided
by
drones
in
areas
risk
assessment,
environmental
monitoring,
concerns
and
quick
action.
Their
high
height,
advanced
sensor
favorable
viewing
places
are
the
reason
for
this.
The
use
provides
information
necessary
to
make
initial
intervention
program
construction
informed
decisions.
Two
examples
applications
under
category
include
tracking
forest
cutting
altering
sea-mounting
level.
Adopting
help
many
ways,
such
as
increasing
community
adaptability,
reducing
effects
change
advancing
continuous
development.
purpose
chapter
provide
an
in-depth
analysis
potential
shortcomings,
advantages
useful
tools
development
flexible
civilizations
towards
change.
Journal of Physics Conference Series,
Journal Year:
2025,
Volume and Issue:
3004(1), P. 012059 - 012059
Published: May 1, 2025
Abstract
The
large-scale
deployment
of
overload-sensitive
release
units,
such
as
drone
swarms,
presents
a
significant
challenge
to
dispersal
systems
that
require
both
low
overload
and
high
thrust.
In
this
paper,
we
propose
multi-gasbag-propelled
system
establish
mathematical
model
describe
its
operation.
Then,
double-gasbag-propelled
the
research
object
is
designed,
experimental
platform
built.
Experimental
simulation
results
show
maximum
thrust
separation
velocity
double-gasbag
are
increased
by
9.2%
14.6%
compared
traditional
single-gasbag
at
same
propellant
mass,
while
maintaining
within
an
acceptable
range.
Moreover,
based
on
orthogonal
test
analysis,
important
order
key
parameters
for
motion
characteristics
unit
has
been
determined.
gasbag
nozzle
diameter
found
have
most
effect,
small
adjustment
in
mass
levels
exerts
more
pronounced
influence
results.
Advances in computational intelligence and robotics book series,
Journal Year:
2025,
Volume and Issue:
unknown, P. 271 - 304
Published: March 28, 2025
Swarm
intelligence
is
transforming
drone
tech
to
enable
autonomous
air
systems
collaborate
and
adapt
readily
real-world
conditions.
By
flying
in
coordination,
drones
can
perform
sophisticated
tasks
that
would
be
difficult
or
impossible
for
a
single
unit
accomplish.
Whether
search
rescue
large-scale
agricultural
surveillance,
coordinated
improve
speed,
coverage,
decision-making.
Edge
AI
significant
it
allows
process
information
real
time,
cutting
down
on
reliance
remote
cloud
servers.
This
enables
swarms
react
quickly
changing
environments,
such
as
navigating
through
disaster
scenes
tracking
moving
objects.
Unlike
using
central
controller
all
commands,
communicate
with
each
other
collectively
decide,
birds
flock
ants
colony.
coordination
supplemented
advanced
technologies
like
5G
connectivity
sensor
fusion
the
smooth
sharing
of
data
among
drones.
Frontiers in Sustainable Food Systems,
Journal Year:
2024,
Volume and Issue:
8
Published: Dec. 18, 2024
Introduction
Food
safety
issues
pose
a
significant
threat
to
humanity.
Precision
agriculture
leverages
advanced
technologies
for
real-time
monitoring
and
management,
improving
agricultural
productivity
sustainability
while
safeguarding
food
security.
Nonetheless,
acquiring
thorough
comprehension
of
this
continually
shifting
panorama
remains
vital
significance.
Methods
This
study
conducts
comprehensive
bibliometric
review
precision
safety,
utilizing
quantitative
methods
identify
past,
current,
future
evolution.
It
includes
citation,
co-authorship,
co-citation,
co-words
analyses.
Results
Publications
emerged
in
1994
began
rise
significantly
since
2019.
Citation
analysis
verified
influencing
works
journals,
whereas
co-authorship
identified
how
authors,
institutions,
countries
collaborate
field.
Co-citation
then
classified
past
current
hotspots
into
four
clusters:
remote
vegetation
techniques,
technological
innovations
decision-making,
sustainable
development,
deep
learning
agriculture.
After
that,
the
co-occurrence
keywords
revealed
emerging
trends,
such
as
cultivation
yield
prediction,
smart
technology
information
climate
change
adaptation,
Discussion
The
findings
provide
insights
scholars,
policymakers,
researchers,
practitioners,
industry
stakeholders.
They
guide
research
directions
address
pressing
challenges
safety.
