Advanced Intelligent Systems,
Год журнала:
2021,
Номер
4(2)
Опубликована: Сен. 12, 2021
Wearable
human
machine
interfaces
(HMI)
such
as
smart
gloves
have
attracted
considerable
interest
in
recent
years.
The
quality
of
the
interactive
experience
with
real
and
virtual
world
using
wearable
HMI
technologies
depends
on
intuitive
two‐way
haptic
they
offer
real‐time
touch‐based
information
send
receive.
Herein,
various
glove
solutions
their
application
interaction,
rehabilitation,
(VR)
augmented
reality
(AR),
augmentative
alternative
communication
(AAC)
tasks
are
reviewed.
While
early
variants
systems
were
based
commercial
touch
sensors
displays
integrated
(e.g.,
stitched)
wearables,
electronic
skin
(e‐skin)‐type
multifunctional
capabilities
being
explored
nowadays
for
rich
user
comfort.
In
this
regard,
instead
separate
actuators,
miniaturized
devices
providing
both
sensing
vibrotactile
actuation
also
been
reported
recently.
Such
advances,
associated
challenges,
advantages
users
to
enjoy
full
characteristic
benefits
VR/ARs
immersion,
imagination
discussed.
Finally,
huge
potential
smart‐glove‐type
hold
advances
areas
robotics,
health
care,
sensorial
augmentation
nondisabled
tactile
Internet
is
Abstract
Triboelectric
nanogenerator
(TENG)
technology
is
a
promising
research
field
for
energy
harvesting
and
nanoenergy
nanosystem
(NENS)
in
the
aspect
of
mechanical,
electrical,
optical,
acoustic,
fluidic,
so
on.
This
review
systematically
reports
progress
TENG
technology,
terms
energy‐boosting,
emerging
materials,
self‐powered
sensors,
NENS,
its
further
integration
with
other
potential
technologies.
Starting
from
mechanisms
including
ways
charge
generation
we
introduce
applications
harvesters
to
various
kinds
that
is,
physical
chemical/gas
sensors.
After
that,
NENS
are
discussed,
such
as
blue
energy,
human‐machine
interfaces
(HMIs),
neural
interfaces/implanted
devices,
optical
interface/wearable
photonics.
Moving
new
directions
beyond
TENG,
depict
hybrid
technologies,
dielectric‐elastomer‐enhancement,
self‐healing,
shape‐adaptive
capability,
self‐sustained
and/or
internet
things
(IoT).
Finally,
outlooks
conclusions
about
future
development
trends
technologies
discussed
toward
multifunctional
intelligent
systems.
image
Applied Physics Reviews,
Год журнала:
2020,
Номер
7(3)
Опубликована: Авг. 31, 2020
With
the
prospect
of
a
smart
society
in
foreseeable
future,
humans
are
experiencing
an
increased
link
to
electronics
digital
world,
which
can
benefit
our
life
and
productivity
drastically.
In
recent
decades,
advances
Human
Machine
Interface
(HMI)
have
improved
from
tactile
sensors,
such
as
touchpads
joysticks,
now
include
accurate
detection
dexterous
body
movements
more
diversified
sophisticated
devices.
Advancements
highly
adaptive
machine
learning
techniques,
neural
interfaces,
neuromorphic
sensing
generated
potential
for
economic
feasible
solution
next-generation
applications
wearable
HMIs
with
intimate
multi-directional
capabilities.
This
review
offers
general
knowledge
HMI
technologies
beginning
sensors
their
piezoresistive,
capacitive,
piezoelectric,
triboelectric
mechanisms.
A
further
discussion
is
given
on
how
learning,
be
used
enhance
upcoming
5
G
infrastructure
advancements
internet
things
artificial
intelligence
near
future.
The
efficient
interactions
kinetic
physiological
signals
human
through
fusion
sensor
will
bring
revolution
both
advanced
manipulation
medical
rehabilitation.
Tactile
perception
includes
the
direct
response
of
tactile
corpuscles
to
environmental
stimuli
and
psychological
parameters
associated
with
brain
recognition.
To
date,
several
artificial
haptic-based
sensing
techniques
can
accurately
measure
physical
stimuli.
However,
quantifying
achieve
texture
roughness
identification
remains
challenging.
Here,
we
developed
a
smart
finger
surpassed
human
perception,
which
enabled
accurate
material
type
through
integration
triboelectric
machine
learning.
In
principle,
as
each
has
different
capabilities
gain
or
lose
electrons,
unique
fingerprint
output
will
be
generated
when
sensor
is
in
contact
measured
object.
The
construction
array
could
further
eliminate
interference
from
environment,
accuracy
rate
was
high
96.8%.
proposed
provides
possibility
impart
manipulators
prosthetics.
Advanced Energy Materials,
Год журнала:
2022,
Номер
13(1)
Опубликована: Ноя. 18, 2022
Abstract
The
advancement
of
the
Internet
Things/5G
infrastructure
requires
a
low‐cost
ubiquitous
sensory
network
to
realize
an
autonomous
system
for
information
collection
and
processing,
aiming
at
diversified
applications
ranging
from
healthcare,
smart
home,
industry
4.0
environmental
monitoring.
triboelectric
nanogenerator
(TENG)
is
considered
most
promising
technology
due
its
self‐powered,
cost‐effective,
highly
customizable
advantages.
Through
use
wearable
electronic
devices,
advanced
TENG
developed
as
core
enabling
self‐powered
sensors,
power
supplies,
data
communications
aforementioned
applications.
In
this
review,
advancements
TENG‐based
electronics
regarding
materials,
material/device
hybridization,
systems
integration,
convergence,
in
environment
monitoring,
transportation,
homes
toward
future
green
earth
are
reported.
Rapid
advancements
of
artificial
intelligence
things
(AIoT)
technology
pave
the
way
for
developing
a
digital-twin-based
remote
interactive
system
advanced
robotic-enabled
industrial
automation
and
virtual
shopping.
The
embedded
multifunctional
perception
is
urged
better
interaction
user
experience.
To
realize
such
system,
smart
soft
robotic
manipulator
presented
that
consists
triboelectric
nanogenerator
tactile
(T-TENG)
length
(L-TENG)
sensor,
as
well
poly(vinylidene
fluoride)
(PVDF)
pyroelectric
temperature
sensor.
With
aid
machine
learning
(ML)
data
processing,
fusion
T-TENG
L-TENG
sensors
can
automatic
recognition
grasped
objects
with
accuracy
97.143%
28
different
shapes
objects,
while
distribution
also
be
obtained
through
By
leveraging
IoT
(AI)
analytics,
shop
successfully
implemented
to
provide
users
real-time
feedback
about
details
product.
In
general,
by
offering
more
immersive
experience
in
human-machine
interactions,
proposed
shows
great
potential
being
interface
applications
unmanned
working
space.
Advanced Functional Materials,
Год журнала:
2021,
Номер
31(40)
Опубликована: Июль 11, 2021
Abstract
Electronic
skin
(e‐skin)
is
driving
significant
advances
in
flexible
electronics
as
it
holds
great
promise
health
monitoring,
human–machine
interfaces,
soft
robotics,
and
so
on.
Flexible
sensors
that
can
detect
various
stimuli
or
have
multiple
properties
play
an
indispensable
role
e‐skin.
Despite
tremendous
research
efforts
devoted
to
with
excellent
performance
regarding
a
certain
sensing
mode
property,
emerging
e‐skin
demands
multifunctional
be
endowed
the
skin‐like
capability
beyond.
Considering
outstanding
superiorities
of
electrical
conductivity,
chemical
stability,
ease
functionalization,
carbon
materials
are
adopted
implement
sensors.
In
this
review,
latest
carbon‐based
regard
types
detection
modes
abundant
introduced.
The
corresponding
preparation
process,
device
structure,
mechanism,
obtained
performance,
intriguing
applications
highlighted.
Furthermore,
diverse
systems
by
integrating
current
cutting‐edge
technologies
(e.g.,
data
acquisition
transmission,
neuromorphic
technology,
artificial
intelligence)
systematically
investigated
detail.
Finally,
existing
problems
future
developing
directions
also
proposed.
