Ergonomics,
Journal Year:
2024,
Volume and Issue:
unknown, P. 1 - 25
Published: July 17, 2024
Submarine
control
rooms
are
characterised
by
dedicated
individual
roles
for
information
types
(e.g.
Sonar
operator
processes
sound
energy),
with
individuals
verbally
reporting
the
that
they
receive
to
other
team
members
help
resolve
uncertainty
in
operational
environment
(low
integration).
We
compared
this
work
design
one
ensured
critical
was
more
readily
available
all
(high
used
Event
Analysis
of
Systemic
Teamwork
(EAST)
method
analyse
task,
information,
and
social
networks
novice
teams
operating
within
a
simulated
submarine
room
under
low
versus
high
integration.
Integration
impacted
member
centrality
(importance
relative
operators)
nature
shared.
Team
greater
reported
higher
workload.
Higher
integration
across
consoles
altered
how
interacted
their
status,
shared,
workload
distributed.
However,
overall
network
structures
remained
intact.
Heliyon,
Journal Year:
2023,
Volume and Issue:
9(2), P. e13425 - e13425
Published: Feb. 1, 2023
Pilot
situation
awareness
(SA)
regulates
flight
safety,
and
inexperience
may
impair
novice
pilot
reliability
in
SA.
This
study
aims
to
determine
the
key
influencing
factors
of
SA
analyze
interrelationship
interaction
mechanism
factors.
We
investigated
55
pilots
trained
at
aviation
schools
identified
factor
index
system
by
Delphi
survey.
The
method
Decision
Making
Trial
Evaluation
(DEMATEL)
combined
with
Adversarial
Interpretive
Structure
Modeling
(AISM)
was
adopted.
results
show
that:
(1)
includes
18
factors,
divided
into
four
categories:
individual
team
task
human-machine
cockpit
environment
(2)
Team
communication,
cooperation,
basic
cognitive
ability,
interface
design,
occupational
age
experience,
authority
gradient
are
six
crucial
former
three
have
greatest
association
other
while
latter
most
likely
affect
(3)
design
root-cause
which
communication
is
fundamental.
(4)
DEMATEL
AISM
consistent,
both
disclosing
as
fundamental
highest
priority,
environmental
direct
but
susceptible
present
can
be
viewed
a
conducive
attempt
extract
vital
SA,
provide
ergonomic
insights
for
determining
priorities
improve
training
aircraft
safety.
Aircraft Engineering and Aerospace Technology,
Journal Year:
2024,
Volume and Issue:
unknown
Published: July 27, 2024
Purpose
At
present,
the
statistics
of
human
error
events
in
domestic
civil
aviation
are
limited,
and
analysis
indicators
difficult
to
quantify.
The
purpose
this
study
is
reduce
incidence
improve
safety
aviation.
Design/methodology/approach
In
paper,
a
prevention
evaluation
method
combining
analytic
hierarchy
process
(AHP)
fuzzy
comprehensive
(FCE)
proposed.
risk
factors
identified
through
questionnaire
survey
calculated
by
MATLAB
software.
Findings
results
as
follows:
index
system
including
4
first-level
16
second-level
constructed;
AHP
used
calculate
weight
influencing
sort
them;
FCE
quantitatively
evaluate
put
forward
countermeasures.
Research
limitations/implications
This
also
has
some
limitations.
While
it
provides
an
overall
quantitative
identification
factors,
research
methods
chosen,
such
AHP,
involve
individual
subjectivity.
Consequently,
may
have
errors.
preliminary
preparation
follow-up
study,
we
should
analyze
large
number
accident
investigation
reports,
more
accurately
clarify
completely
adopt
method.
Practical
implications
identifies
conducts
reasonable
factors.
daily
training
aviation,
can
be
focused
on
previous
man-made
accidents;
view
“important”
management
formulated
effectively
reliability
staff;
according
criteria
measures
prevent
control
accidents
better
formulated.
Social
these
four
kinds
corresponding
countermeasures
preventive
taken
discussion,
so
provide
basis
for
analysis,
decision-making,
from
brewing
into
management.
Originality/value
Based
survey,
creatively
applies
error,
integrates
advantages
qualitative
methods,
flexibly
designs
problems,
objectively
quantifies
reduces
subjective
variables.
Then,
discussing
avoid
IEEE Transactions on Intelligent Transportation Systems,
Journal Year:
2023,
Volume and Issue:
24(12), P. 14706 - 14717
Published: Aug. 11, 2023
This
paper
develops
a
novel
approach
to
addressing
the
distributed
situation
awareness
(SA)
consensus
problem
for
unmanned
aerial
vehicle
(UAV)
swarm
systems.
SA
is
an
important
condition
gaining
decision-making
superiority.
However,
because
of
complexity
and
antagonism
mission
environment,
widely
employed
centralized
architectures
are
unable
reach
consensus.
We
address
this
urgent
issue
by
proposing
systematic
scheme,
including
optimization-based
reaching
model,
dual-loop
framework,
coordination
algorithm.
Necessarily,
we
conduct
convergence
analysis
on
proposed
The
effectiveness
superiority
method
verified
comparative
simulations.
Ergonomics,
Journal Year:
2023,
Volume and Issue:
66(11), P. 1750 - 1767
Published: Nov. 2, 2023
Artificial
Intelligence
(AI)
is
being
increasingly
implemented
within
road
transport
systems
worldwide.
Next
generation
of
AI,
General
(AGI)
imminent,
and
anticipated
to
be
more
powerful
than
current
AI.
AGI
will
have
a
broad
range
abilities
able
perform
multiple
cognitive
tasks
akin
humans
that
likely
produce
many
expected
benefits,
but
also
potential
risks.
This
study
applied
the
EAST
Broken
Links
approach
forecast
functioning
an
system
tasked
with
managing
identify
In
total,
363
risks
were
identified
could
adverse
impacts
on
stated
goals
safety,
efficiency,
environmental
sustainability,
economic
performance
system.
Risks
beyond
identified;
removal
from
human
control,
mismanaging
public
relations,
self-preservation.
A
diverse
set
systemic
controls
required
when
designing,
implementing,
operating
future
advanced
technologies.
Journal of Contingencies and Crisis Management,
Journal Year:
2025,
Volume and Issue:
33(1)
Published: Jan. 9, 2025
ABSTRACT
Emergency
management
operations
are
a
complex
system
involving
multiagency
hierarchical
command
structures
requiring
coordination
of
significant
volumes
information,
resourcing
and
effort
across
expansive
disaster
zones
within
restricted
timeframes
with
potentially
catastrophic
consequences.
Within
these
environments
establishing
timely
shared
understanding
among
different
levels
agencies
is
crucial
yet
remains
challenge.
The
problem
subsequently
framed
as
ʻhow
can
the
establishment
systems‐level
common
operating
picture
commands
be
improved
in
context
emergency
response?ʼ
To
address
this,
we
present
Maaloop
Framework
which
builds
upon
insights
gained
from
previous
research
threat
assessment,
sensemaking,
critical
decision‐making
police,
military,
ambulance,
firefighting
contexts.
observer
trained
its
application,
it
aims
to
provide
an
instant,
point‐in‐time,
global
detailed
visual
intelligent
product
(i)
amount
information
identified
by
decision
makers
at
each
location;
(ii)
how
confident
those
application
resolve
incident;
(iii)
maker
adjacent
using
being
fed
them.
In
turn,
will
assist
improving
individual
collective
regardless
position
hierarchy
or
agency
jurisdiction.
We
submit
that
does
no
more
than
describe
constructs
concepts
literature
describing
industries
broader
study
field
psychology.
Therefore,
this
framework
intended
solution
initial
basis
for
increased
communication
crisis
events.
Hospital Topics,
Journal Year:
2025,
Volume and Issue:
unknown, P. 1 - 10
Published: May 3, 2025
Situation
awareness
is
vital
for
effective
decision-making
in
emergency
rooms.
This
study
developed
and
validated
the
"Situation
Awareness
Emergency
Room"
questionnaire
using
a
6-month
mixed-methods
approach.
Initial
qualitative
methods
identified
key
components
through
interviews
focus
groups,
followed
by
quantitative
validation
with
569
respondents
across
77
hospitals
Bali.
Confirmatory
factor
analysis
demonstrated
excellent
model
fit
(Root
Mean
Square
Error
of
Approximation
=
0.045,
Comparative
Fit
Index
0.96,
Tucker-Lewis
0.95)
strong
loadings
(>0.60).
The
effectively
measures
General
Awareness,
Perception
Environment,
Understanding
Situation,
Projection
Events,
providing
reliable
tool
clinical
assessments
quality
improvement.
