This
project
aims
to
explore
how
data-driven
methods
can
be
used
enhance
humans'
problem-solving
skills
in
spatial
tasks
and
they
integrated
into
immersive
tutoring
systems.
The
goal
is
provide
an
enhanced,
state-dependent
approach
that
also
applicable
outside
the
laboratory,
within
real-life
scenarios.
Digital
learning
systems
are
typically
expert
follow
a
predefined
training
routine.
Ongoing
research
concentrates
on
adaptive
affective-
cognition-aware
systems,
yet
there
comparatively
less
investigation
recognizing
adapting
strategies.
Spatial
skill
have
been
shown
especially
important
for
STEM
(Science,
Technology,
Engineering,
Mathematics)
disciplines
general.
Due
their
design,
particularly
suitable
of
thus
frequently
utilized
this.
ECS Sensors Plus,
Journal Year:
2024,
Volume and Issue:
3(1), P. 017001 - 017001
Published: March 1, 2024
The
rapid
growth
of
urbanisation
has
brought
about
various
health
concerns
for
citizens
living
in
urban
environments.
Sedentary
lifestyles,
increased
pollution
levels,
and
high
levels
stress
have
become
prevalent
issues
affecting
the
overall
well-being
populations.
In
recent
years,
emergence
smart
wearable
devices
offered
a
promising
avenue
to
address
these
promote
healthier
lifestyles.
This
review
evaluatse
effectiveness
wearables
mitigating
improving
lifestyles
citizens.
involves
50
relevant
peer-reviewed
studies
supporting
literature
from
electronic
databases
PubMed,
Ovid,
Web
Science,
Scopus.
Results
indicate
that
potential
positively
impact
by
promoting
physical
activity,
tracking
vital
signs,
monitoring
sleep
patterns,
providing
personalised
feedback
recommendations
activity
levels.
Furthermore,
can
help
individuals
manage
enhance
self-awareness,
foster
behaviours.
However,
also
identifies
several
challenges,
including
accuracy
reliability
data,
user
engagement
adherence,
ethical
considerations
regarding
data
privacy
security.
International Journal of Online and Biomedical Engineering (iJOE),
Journal Year:
2024,
Volume and Issue:
20(01), P. 128 - 149
Published: Jan. 12, 2024
A
bibliometric
analysis
was
conducted
to
examine
research
on
in-body
communication.
This
study
aimed
assess
the
growth
in
different
countries,
identify
influential
authors
for
potential
international
collaboration,
investigate
challenges,
and
explore
future
prospects
total
of
148
articles
written
English
from
journals
conference
proceedings
were
gathered
Scopus
database.
These
cover
period
2006
until
August
2023.
VOS
Viewer
1.6.19
Tableau
Cloud
used
analyze
data.
The
reveals
that
communication
has
shown
fluctuations
but
overall
tends
increase.
United
States,
Finland,
Japan
identified
as
leading
countries
(top
three)
terms
publication
quantity,
while
researchers
Norway,
Morocco
received
highest
number
citations.
University
Oulu
Finland
emerged
a
productive
institution
this
field.
Collaborative
opportunities
exist
with
mentioned
above
or
who
have
expertise
topic.
dominant
topic
within
field
pertains
ultra-wideband
(UWB)
technology.
One
challenges
is
exploration
optical
wireless
(OWC)
medium
devices,
such
electronic
devices
implanted
human
body.
includes
improving
performance
meet
requirements
devices.
Additionally,
paper
provides
further
insights
into
progress
OWC
our
laboratory.
Sensors,
Journal Year:
2024,
Volume and Issue:
24(4), P. 1341 - 1341
Published: Feb. 19, 2024
Wearables
offer
a
promising
solution
for
simultaneous
posture
monitoring
and/or
corrective
feedback.
The
main
objective
was
to
identify,
synthesise,
and
characterise
the
wearables
used
in
workplace
monitor
postural
feedback
workers.
PRISMA-ScR
guidelines
were
followed.
Studies
included
between
1
January
2000
22
March
2023
Spanish,
French,
English,
Portuguese
without
geographical
restriction.
databases
selected
research
PubMed®,
Web
of
Science®,
Scopus®,
Google
Scholar®.
Qualitative
studies,
theses,
reviews,
meta-analyses
excluded.
Twelve
studies
included,
involving
total
304
workers,
mostly
health
professionals
(n
=
8).
remaining
covered
workers
industry
2),
construction
1),
welders
1).
For
assessment
purposes,
most
one
5)
or
two
sensors
characterised
as
accelerometers
7),
sixaxial
2)
nonaxialinertial
measurement
units
3).
common
source
sensor
itself
6)
smartphones
4).
Haptic
prevalent
6),
followed
by
auditory
visual
Most
employed
prototype
emphasising
kinematic
variables
human
movement.
Healthcare
primary
focus
study
along
with
haptic
that
proved
be
effective
method
correcting
during
work
activities.
IEEE Transactions on Antennas and Propagation,
Journal Year:
2024,
Volume and Issue:
72(5), P. 4023 - 4035
Published: April 5, 2024
This
paper
presents
a
compact
AMC
structure
used
as
shielding
element
for
generic
wearable
RFID
tag
at
UHF
frequencies
on-body
applications,
with
an
overall
footprint
limited
to
area
of
only
0.03
λ
02
(41.4
mm
×
82.8
mm).
Thanks
the
isolation
provided
by
planar
structure,
antenna
gain
and
reading
range
are
increased
about
one
order
magnitude
in
comparison
case
conventional
attached
human
body.
The
designed
is
platform
tolerant,
very
good
robustness
respect
body,
exhibiting
high
reliability.
implemented
on
thin,
flexible
biocompatible
permittivity
silicon-doped
dielectric
substrate,
apertures
both
substrate
ground
plane
allow
skin
transpiration.
Therefore,
presented
device
can
be
effectively
also
epidermal
antenna,
allowing
"on-skin"
sampling
most
typical
health
parameters.
configuration
has
been
using
CST
Studio
Suite.
A
prototype
fabricated
fully
characterized,
measured
results
agreement
simulations.
Applied Sciences,
Journal Year:
2023,
Volume and Issue:
13(18), P. 10489 - 10489
Published: Sept. 20, 2023
According
to
ISO/TR
23383,
smart
textiles
reversibly
interact
with
their
environment
and
respond
or
adapt
changes
in
the
environment.
The
present
review
bibliometric
analysis
was
performed
on
5810
documents
(1989–2022)
from
Scopus
database,
using
VOSviewer
Bibliometrix/Biblioshiny
for
science
mapping.
results
show
that
field
of
is
highly
interdisciplinary
dynamic,
an
average
growth
rate
22%
exponential
last
10
years.
Beeby,
S.P.,
Torah,
R.N.
have
published
highest
number
papers,
while
Wang,
Z.L.
has
citations.
leading
journals
are
Sensors,
ACS
Applied
Materials
Interfaces,
Textile
Research
Journal,
Advanced
China
country
most
publications
extensive
cooperative
relationships
other
countries.
largely
concerned
new
materials
technologies,
particularly
relation
electronic
textiles.
Recent
research
focuses
energy
generation
(triboelectric
nanogenerators,
thermoelectrics,
Joule
heating),
conductive
(MXenes,
liquid
metal,
silver
nanoparticles),
sensors
(strain
sensors,
self-powered
gait
analysis),
speciality
products
(artificial
muscles,
soft
robotics,
EMI
shielding),
advanced
properties
(self-powered,
self-cleaning,
washable,
sustainable
textiles).
Expert Systems,
Journal Year:
2025,
Volume and Issue:
42(5)
Published: March 24, 2025
ABSTRACT
Internet
of
Medical
Things
(IoMT)
paradigm
refers
to
the
process
collection,
transmission
and
analysis
healthcare
data
using
communication
information
systems
over
internet.
IoMT
consist
medical
devices
that
can
link
internet
or
other
networks,
including
wearables,
sensors,
monitoring
tools
appliances.
be
utilised
lower
costs,
increase
effectiveness
delivery
improve
patient
health
status.
In
addition
potential
benefits
may
provide,
impact
COVID19
pandemic
has
also
strengthened
desire
collect
remotely
pushed
a
lot
professionals
utilise
applications
such
as
telemedicine,
telehealth,
remote
monitoring,
diagnostics
distant
consultations
etc.
The
expectation
is
market
size
usage
will
dramatically
change
conventional
significantly
in
upcoming
years.
Motivated
with
growth
expectation,
this
study
aims
analyse
IoMT,
its
components,
enabling
technologies
by
emphasising
fundamental
pillars
(sensing,
communication,
analytics,
security)
essential
for
developing
reliable,
dependable,
secure
ecosystem.
Furthermore,
conducts
detailed
recent
major
cyberattacks
targeting
industry,
evaluating
their
discussing
key
lessons
derived
from
these
incidents
employing
DOTMLPFI
approach.
Additionally,
survey
offers
concise
overview
emerging
complement
development
smart
explores
future
directions
within
evolving
field.
npj Digital Medicine,
Journal Year:
2025,
Volume and Issue:
8(1)
Published: May 7, 2025
Abstract
Sub-Saharan
Africa
faces
increasing
heat
events
due
to
climate
change,
affecting
health
and
productivity.
Wearable
technology,
though
promising
for
monitoring
these
impacts,
is
underexplored
in
this
region.
This
pilot
study
evaluated
the
acceptability
feasibility
of
research-grade
wearables
stress
among
Kenyan
subsistence
farmers.
In
Siaya,
48
farmers
(50%
women)
were
monitored
14
days
using
sensors
measure
heart
rate,
core
temperature,
sleep,
activity,
geo-location,
alongside
environmental
data
loggers
wet
bulb
globe
temperature.
Participants
mostly
rated
their
experience
on
a
5-point
Likert
scale
provided
additional
non-Likert
feedback,
with
over
95%
reporting
high
device
likability
minimal
disruption.
Data
availability
was
88%
actigraphy
100%
median
completeness
most
devices.
Women
experienced
greater
strain
than
men.
These
findings
demonstrate
that
are
acceptable
feasible
real-time
rural
Africa.
