IntechOpen eBooks,
Год журнала:
2024,
Номер
unknown
Опубликована: Окт. 31, 2024
This
chapter
delves
into
how
artificial
intelligence
(AI)
is
set
to
transform
paramedicine
practices.
It
explores
emerging
AI
technologies—like
wearable
devices,
autonomous
drones,
and
advanced
robotics—are
not
just
tools
of
the
future
but
are
beginning
change
paramedics
make
decisions,
respond
emergencies,
ultimately
improve
patient
care.
The
also
discusses
ethical
practical
challenges
bringing
this
critical
field,
such
as
ensuring
data
privacy,
avoiding
biases
in
algorithms,
balancing
technology
with
essential
human
touch
By
highlighting
both
exciting
possibilities
real-world
challenges,
offers
a
thoughtful
guide
for
paramedics,
healthcare
leaders,
policymakers
on
responsibly
effectively
integrate
prehospital
care
systems.
successful
integration
requires
addressing
that
augments
rather
than
replaces
vital
element
emergency
medical
services.
Applied Sciences,
Год журнала:
2024,
Номер
14(19), С. 8682 - 8682
Опубликована: Сен. 26, 2024
This
paper
proposes
a
high-precision
interventional
pressure
measurement
catheter
with
compact
structure
for
in
vivo
monitoring.
uses
minimally
invasive
testing
method,
and
the
proposed
reduces
loss
caused
by
fluid
movement
inside
catheter,
ensuring
accuracy
dynamically
varying
measurements.
The
conducts
theoretical
analysis
of
transmission
process
fabricates
prototype,
establishes
both
dynamic
static
systems.
Through
experimental
research
on
effects
catheter’s
dimensions
measurements,
it
demonstrates
that
can
effectively
enhance
precision
offers
high
precision,
small
size,
simple
manufacturing
processes.
It
holds
promising
applications
fields
such
as
in-body
microfluidic
system
Optics Express,
Год журнала:
2024,
Номер
32(23), С. 41961 - 41961
Опубликована: Окт. 16, 2024
This
work
presents
an
integrated
chip
of
a
resonant
cavity
light
emitter
and
photon
detector
(RCLEPD)
to
address
the
requirements
wearable
optical
medical
devices
for
compact
size,
high
efficiency,
interference
resistance
sensors.
The
radiation
pattern
extraction
efficiency
emitting
diode
(RCLED)
as
well
absorption
spectrum
enhanced
(RCEPD)
are
theoretically
simulated.
Additionally,
wavelength
selectivity
RCEPD
is
analyzed.
Material
epitaxial
growth
RCLEPD
was
performed
using
metal-organic
chemical
vapor
deposition
(MOCVD),
sensing
with
area
2
×
mm
fabricated.
Experimental
results
demonstrate
that
RCLED
achieves
maximum
external
quantum
10.206%,
consistent
simulation
results,
while
maintaining
peak
at
677.5
nm
within
current
range
0-20
mA.
Furthermore,
exhibits
response
678
nm,
matching
RCLED.
Utilizing
sensor,
photoplethysmography
(PPG)
signals
collected
from
human
wrist
under
different
driving
currents
resulting
in
average
period
977
ms
which
aligns
pulse
frequency
61
beats/min.
With
further
processing
techniques
applied
PPG
signals,
expected
be
used
sensor
blood
pressure
glucose
monitoring
devices.
IntechOpen eBooks,
Год журнала:
2024,
Номер
unknown
Опубликована: Окт. 31, 2024
This
chapter
delves
into
how
artificial
intelligence
(AI)
is
set
to
transform
paramedicine
practices.
It
explores
emerging
AI
technologies—like
wearable
devices,
autonomous
drones,
and
advanced
robotics—are
not
just
tools
of
the
future
but
are
beginning
change
paramedics
make
decisions,
respond
emergencies,
ultimately
improve
patient
care.
The
also
discusses
ethical
practical
challenges
bringing
this
critical
field,
such
as
ensuring
data
privacy,
avoiding
biases
in
algorithms,
balancing
technology
with
essential
human
touch
By
highlighting
both
exciting
possibilities
real-world
challenges,
offers
a
thoughtful
guide
for
paramedics,
healthcare
leaders,
policymakers
on
responsibly
effectively
integrate
prehospital
care
systems.
successful
integration
requires
addressing
that
augments
rather
than
replaces
vital
element
emergency
medical
services.
