Sensors,
Год журнала:
2025,
Номер
25(3), С. 853 - 853
Опубликована: Янв. 30, 2025
The
integration
of
IoT
and
Ambient
Assisted
Living
(AAL)
enables
discreet
real-time
health
monitoring
in
home
environments,
offering
significant
potential
for
personalized
preventative
care.
However,
challenges
persist
balancing
privacy,
cost,
usability,
system
reliability.
This
paper
provides
an
overview
recent
advancements
sensor
technologies
assisted
living,
with
a
focus
on
elderly
individuals
living
independently.
It
categorizes
types
that
enhance
healthcare
delivery
explores
interdisciplinary
framework
encompassing
sensing,
communication,
decision-making
systems.
Through
this
analysis,
highlights
current
applications,
identifies
emerging
challenges,
pinpoints
critical
areas
future
research.
aims
to
inform
ongoing
discourse
advocate
approaches
design
address
existing
trade-offs
optimize
performance.
Sensors,
Год журнала:
2023,
Номер
23(8), С. 3876 - 3876
Опубликована: Апрель 11, 2023
5G
(fifth-generation
technology)
technologies
are
becoming
more
mainstream
thanks
to
great
efforts
from
telecommunication
companies,
research
facilities,
and
governments.
This
technology
is
often
associated
with
the
Internet
of
Things
improve
quality
life
for
citizens
by
automating
gathering
data
recollection
processes.
paper
presents
IoT
technologies,
explaining
common
architectures,
typical
implementations,
recurring
problems.
work
also
a
detailed
explained
overview
interference
in
general
wireless
applications,
unique
IoT,
possible
optimization
techniques
overcome
these
challenges.
manuscript
highlights
importance
addressing
optimizing
network
performance
networks
ensure
reliable
efficient
connectivity
devices,
which
essential
adequately
functioning
business
insight
can
be
helpful
businesses
that
rely
on
their
productivity,
reduce
downtime,
enhance
customer
satisfaction.
We
highlight
potential
convergence
services
increasing
availability
speed
access
internet,
enabling
range
new
innovative
applications
services.
IEEE Access,
Год журнала:
2023,
Номер
11, С. 22266 - 22282
Опубликована: Янв. 1, 2023
Recent
developments
in
IoT-enabled
cloud
computing
and
interactive
applications
have
made
researchers
rethink
how
healthcare
services
are
currently
provided.
The
IoT-cloud-based
systems
facilitate
remote
monitoring
support
for
patients.
However,
the
existing
area,
much
emphasis
has
not
been
given
to
making
green.
So,
this
paper,
we
present
an
integrated
framework
green
use
cutting-edge
technology
make
user
interface.
We
also
ensured
system's
scalability
performance
ratio.
This
system
interface
designed
developed
patients
doctors,
where
can
send
their
data
using
wearable
sensors,
doctors
receive
those
real-time.
For
identification
analysis,
adopted
Hierarchical
Clustering
Algorithms.
Finally,
come
up
with
a
solution
experience
better
everyone.
International Journal of Electrical and Electronics Engineering,
Год журнала:
2023,
Номер
10(01), С. 41 - 52
Опубликована: Янв. 31, 2023
We
come
across
hospitals
and
non-profit
organizations
that
care
for
people
with
paralysis
who
have
experienced
all
or
portion
of
their
physique
being
incapacitated
by
the
paralyzing
attack.
Due
to
a
lack
motor
coordination
mind,
these
persons
are
typically
unable
communicate
requirements
because
they
can
speak
clearly
use
sign
language.
In
such
case,
we
suggest
system
enables
disabled
person
move
any
area
his
body
capable
moving
broadcast
text
on
LCD.
This
method
also
addresses
circumstance
in
which
patient
cannot
be
attended
instead
sends
an
SMS
message
using
GSM.
By
detecting
user
part's
tilt
direction,
our
suggested
operates.
As
result,
patients
physicians,
therapists,
loved
ones
at
home
work
over
web.
Case-specific
data,
as
heart
rate,
must
continuously
reported
health
centers.
The
tracks
case's
pulse
rate
other
comparable
data.
For
instance,
photoplethysmography
is
used
assess
rate.
decoded
periodic
data
transmitted
continually
via
Microcontroller
coupled
transmitting
module.
croaker's
cabin
contains
receiver
device
obtains
deciphers
well
constantly
exhibits
it
Graphical
interfaces
viewable
laptop.
croaker
monitor
handle
multiple
situations
once.
program
allows
us
check
collected.
If
implied
anomalies
changes
status,
burglar
alarm
linked
will
provide
audible
alert
specific
room's
case
needs
immediate
attention.
GSM
modem
attached
transmits
signal
each
croakers
within
this
unit
room
number
requires
prompt
attention
event
isn't
chamber.
To
solve
problem,
created
technique
individuals
elementary
motions.
gadget
may
made
fit
person's
clothing
put
finger.
Alexandria Engineering Journal,
Год журнала:
2023,
Номер
83, С. 335 - 354
Опубликована: Ноя. 1, 2023
Smart
Hospital
will
play
a
key
role
in
improving
the
quality
of
services
(QoS)
related
to
health
sector.
In
present
scenario,
it
is
impossible
accommodate
an
ageing
population
with
current
infrastructure
and
facilities
provided
by
conventional
hospitals.
However,
integration
technologies
hospital
enhancing
medical
also
making
easier
for
public,
who
can
save
time
money
getting
all
necessary
while
sitting
at
home.
The
deployment
fifth
generation
(5G)
taking
place
over
world.
5G
network
offers
better
service
that
be
used
hospitals
make
smart
provider
online
such
as
video
monitoring,
suggesting
proper
prescription
based
on
data,
remote
surgery,
so
on.
High
bandwidth,
fast
data
rate,
low
latency,
peak-to-average
power
ratio
(PAPR)
are
some
requirements
need
fulfilled
radio.
this
work,
we
focus
savings,
spectral
access,
Bit
error
rate
(BER)
advanced
waveforms
non-orthogonal
multiple
access
(NOMA),
filter
bank
multi
carrier
(FBMC),
orthogonal
frequency
division
multiplexing
(OFDM).
first
part
article,
proposed
PAPR
reduction
algorithm
improve
efficiency
amplifier
(PA)
waveforms.
Several
algorithms
applied
waveforms,
their
performances
estimated
terms
curves.
second
part,
have
utilised
detection
signal
simulation
results
reveal
efficiently
enhance
throughput
framework.
third
applying
spectrum
sensing
(SS)
algorithms.
It
seen
SS
methods
reduce
leakage
multi-carrier
(MCW).
Finally,
examined
challenges
Internet
Things
(IoT)
artificial
intelligence
(AI)
Overall,
concluded
become
more
effective,
cut
expenses,
provide
patient
care
aid
AI
IoT.
Hospitals
outcomes
state
healthcare
system
whole
utilising
these
technologies.
Frontiers in Digital Health,
Год журнала:
2024,
Номер
5
Опубликована: Янв. 5, 2024
Digital
twins
are
virtual
models
of
physical
artefacts
that
may
or
not
be
synchronously
connected,
and
can
used
to
simulate
their
behavior.
They
widely
in
several
domains
such
as
manufacturing
automotive
enable
achieving
specific
quality
goals.
In
the
health
domain,
so-called
digital
patient
have
been
understood
patients
generated
from
population
data
and/or
data,
including,
for
example,
real-time
feedback
wearables.
Along
with
growing
impact
science
technologies
like
artificial
intelligence,
novel
ecosystems
centered
around
could
developed.
This
paves
way
improved
monitoring
facilitation
personalized
therapeutics
based
on
management,
analysis,
interpretation
medical
via
twins.
The
utility
feasibility
routine
processes
still
limited,
despite
practical
endeavors
create
physiological
functions,
single
organs,
holistic
models.
Moreover,
reliable
simulations
prediction
individual
drug
responses
missing.
However,
these
would
one
important
milestone
truly
therapeutics.
Another
prerequisite
this
individualized
pharmaceutical
subsequent
obstacles,
low
automation,
scalability,
therefore
high
costs.
Additionally,
regulatory
challenges
must
met
thus
calling
more
digitalization
area.
Therefore,
narrative
mini-review
provides
a
discussion
potentials
limitations
twins,
focusing
potential
bridging
function
an
while
also
looking
at
impacts.
Future Internet,
Год журнала:
2024,
Номер
16(3), С. 85 - 85
Опубликована: Фев. 29, 2024
The
hype
of
the
Internet
Things
as
an
enabler
for
intelligent
applications
and
related
promise
ushering
accessibility,
efficiency,
quality
service
is
met
with
hindering
security
data
privacy
concerns.
It
follows
that
such
IoT
systems,
which
are
empowered
by
artificial
intelligence,
need
to
be
investigated
cognisance
threats
mitigation
schemes
tailored
their
specific
constraints
requirements.
In
this
work,
we
present
a
comprehensive
review
in
emerging
countermeasures
particular
focus
on
malware
man-in-the-middle
attacks.
Next,
elaborate
two
use
cases:
Energy
Medical
Things.
Innovative
intelligence
methods
automating
energy
theft
detection
stress
levels
first
detailed,
followed
examination
contextual
breach
An
immune
system
employed
mitigate
risk
attacks,
differential
proposed
protection,
federated
learning
harnessed
reduce
exposure.
Electronics,
Год журнала:
2024,
Номер
13(11), С. 2151 - 2151
Опубликована: Май 31, 2024
In
recent
years,
the
research
community
has
increasingly
embraced
topics
related
to
smart
cities,
recognizing
their
potential
enhance
residents’
quality
of
life
and
create
sustainable,
efficient
urban
environments
through
integration
diverse
systems
services.
Concurrently,
recommender
have
demonstrated
continued
improvement
in
accuracy,
delivering
more
precise
recommendations
for
items
or
content
aiding
users
decision-making
processes.
This
paper
explores
utilization
context
cities
by
analyzing
a
dataset
comprised
papers
indexed
ISI
Web
Science
database.
Through
bibliometric
analysis,
key
themes,
trends,
prominent
authors
institutions,
preferred
journals,
collaboration
networks
among
were
extracted.
The
findings
revealed
an
average
annual
scientific
production
growth
25.85%.
Additionally,
n-gram
analysis
across
keywords,
abstracts,
titles,
keywords
plus,
along
with
review
selected
papers,
enriched
analysis.
insights
gained
from
these
efforts
offer
valuable
perspectives,
contribute
identifying
pertinent
issues,
provide
guidance
on
trends
this
evolving
field.
importance
lies
ability
living
providing
personalized
recommendations,
optimizing
resource
utilization,
improving
processes,
ultimately
contributing
sustainable
intelligent
environment.
Internet of Things,
Год журнала:
2024,
Номер
25, С. 101124 - 101124
Опубликована: Фев. 15, 2024
This
study
introduces
the
design
and
development
of
an
Internet
Wearable
Things-based
Hybrid
Healthcare
Monitoring
System
(IoWT-HHMS)
for
smart
medical
applications.
The
system
incorporates
wearable
sensing
units
real-time,
remote
monitoring
vital
health
parameters
such
as
Blood
Pressure
(BP),
Heart
Rate
(HR),
Body
Temperature
(BT).
A
key
innovation
is
a
hybrid
wireless
network
communication
mechanism
within
IoWT-HHMS,
utilizing
FiPy
microcontroller.
supports
both
short-
long-range
connectivity
integrates
algorithm
efficient
data
acquisition
updating
to
IoT
platform.
IoWT-HHMS
has
undergone
extensive
testing
validation
across
various
scenarios,
including
sensor
functionality,
performance
Wi-Fi
LoRaWAN
networks,
connectivity,
accuracy
assessment
using
Datacake
dashboard.
tests
evaluated
crucial
aspects
reliability,
power
consumption,
latency.
results
demonstrate
system's
high
stability
in
reading
parameters.
Comparisons
with
reference
devices
reveal
impressive
levels
Systolic
BP
(SBP),
Diastolic
(DBP),
HR,
BT,
recording
96.37%,
95.17%,
97%,
98.57%
accuracy,
respectively.
Both
networks
proved
reliable
indoor
outdoor
settings,
maintaining
transmission
over
distances
up
1.5
km
without
loss.
In
conclusion,
developed
shows
great
promise
effective
real-time
patients'
conditions
innovative
mechanism.
