IEEE Access,
Год журнала:
2023,
Номер
11, С. 138954 - 138985
Опубликована: Янв. 1, 2023
The
Metaverse
is
an
online
universe
that
combines
virtual
reality
and
augmented
reality,
linked
together
via
a
network.It
has
generated
novel
experiences
are
fully
engaging
transpire
in
real
time,
facilitating
interpersonal
communication
dialogue.
Virtual
environments
with
3D
space
avatars
can
boost
patient-facing
platforms,
operational
utilisation,
digital
education,
diagnostics,
treatment
choices
medicine
ophthalmology.
Globally,
there
increasing
prevalence
of
chronic
diseases,
estimated
25
percent
individuals
presently
contending
multiple
health
issues.
management
diseases
currently
being
rethought
light
the
development
technology
known
as
"Smart
Healthcare."
A
prime
example
state-of-the-art
wearable
incentivizes
people
to
embrace
healthier
lifestyles
through
monitoring
physiological
indicators
metabolic
processes.
With
better
data
organisation
analysis,
disease
patients
may
benefit
from
improved
health,
privacy,
quality
life.
Through
examination
acquired
devices
on
patient,
Artificial
Intelligence
(AI)
capability
generate
informed
recommendations
pertaining
diagnosis
illness.
These
be
provided
by
AI.
adoption
blockchain
(BC)
potential
significantly
advance
healthcare
variety
ways,
including
decentralised
sharing,
user
empowerment,
dependability
administration.
impact
Wearable
Technologies
(WT),
(AI),
Blockchain
Technology
Chronic
Disease
Management
(CDM)
could
transition
emphasis
hospital
patient.
This
article
provides
patient-centered
technical
framework
for
controlling
using
artificial
intelligence,
blockchain,
technologies.
Our
proposed
architecture
depends
environment.
In
order
participate
Metaverse,
both
physicians
need
sign
up
network.
After
entering,
customers
will
accompanied
throughout
experience.
comprehensive
record
all
information
gathered
during
doctor-patient
consultations,
text,
videos,
images,
audio,
clinical
data,
compiled,
uploaded
stored
perpetuity.
Explainable
(XAI)
algorithms
examine
these
particulars
diagnose
forecast
progression
diseases.
We
conclude
discussion
constraints
this
paradigm
future
research.
Clinical Anatomy,
Год журнала:
2022,
Номер
36(1), С. 77 - 82
Опубликована: Сен. 10, 2022
The
term
Metaverse
("meta"
defined
as
beyond,
transcendence
or
virtuality,
and
"verse"
meaning
universe
world)
denotes
a
"virtual
reality
space"
for
anatomy
teaching.
To
ascertain
how
many
anatomists
are
familiar
using
this
adjunct
in
teaching,
we
conducted
short
survey
at
the
2022
annual
meeting
of
American
Association
Clinical
Anatomists
(AACA).
Interestingly,
only
six
respondents
(9.4%)
had
used
teaching
anatomy.
Moreover,
vast
majority
attendees
were
educators
basic
science
faculty,
but
not
practicing
physicians/surgeons
other
actively
health
care
professionals;
group
where
technology
has
been
much
more
commonly.
present
manuscript
was
authored
by
educators,
physicians
professionals
with
backgrounds
diverse
medical
fields,
that
is,
anatomists,
doctors,
physician
assistants,
dentists,
occupational
therapists,
physical
chiropractors,
veterinarians,
students.
Many
these
authors
have
exposed
to
clinical
realm.
Therefore,
aim
paper
is
better
understand
those
who
knowledgeable
its
use
education,
provide
ways
forward
such
discipline.
International Journal of Human-Computer Interaction,
Год журнала:
2023,
Номер
40(21), С. 6690 - 6708
Опубликована: Сен. 27, 2023
With
the
increasing
popularity
of
Metaverse
concept,
human
beings
have
stepped
to
a
new
height
in
intelligent
technology
progress.
This
work
presents
literature
review
current
research
on
Human-Computer
Interaction
Metaverse.
Keywords
like
"Metaverse,"
"Human-Computer
(HCI),"
"virtual
space,"
technology,"
"three-dimensional
(3D)
reconstruction,"
"parallel
universe,"
"independent
identity,"
"access
interests,"
and
"blockchain"
are
used
search
for
relevant
articles
databases
Scopus,
Web
Science,
Google
Academic.
Nearly
100
advanced
studies
selected
from
over
20,000
documents
covering
2018-2023.
Finally,
application
state
Metaverse's
underlying
technologies
is
explored
described
using
PRISMA
principles;
these
include
fifth-generation
(5
G)
communication,
HCI,
virtual
technology,
blockchain,
3D
reconstruction.
Moreover,
predictions
HCI's
future
growth
made.
The
concludes
that
rapid
advancement
5
G
connection
has
made
concept
possible.
blockchain
ensures
safety
currency
transactions
space.
There
will
be
shift
toward
"invisibility"
way
humans
computers
interact
worlds.
In
other
words,
HCI
transparent
user
digital
realm,
people
get
along
with
computer
natural
equitable
way.
interaction,
wearable
devices
allow
an
immersive
experience
but
they
restrict
participants'
freedom
movement
perception.
more
humanized
somatosensory
gain
traction
future,
bringing
one
step
closer
IEEE Access,
Год журнала:
2023,
Номер
11, С. 57717 - 57734
Опубликована: Янв. 1, 2023
A
more
interactive
learning
environment
is
made
possible
by
the
metaverse,
a
made-up
world
with
vastly
expanding
digital
spaces.
The
metaverse
development
in
synchronous
communication
that
enables
many
users
to
share
different
experiences.
This
study
proposes
research
framework
for
adopting
education.
systematic
literature
review
using
PRISMA
methodology
identified
seventy-three
papers
on
and
Also,
this
provided
various
applications,
challenges,
dominant
themes
of
research,
future
perspectives
proposed
discusses
multiple
drivers
There
are
few
education,
so
tries
fill
gap.
also
twenty-seven
questions
which
can
addressed
researchers.
will
benefit
students
teachers
across
universities/
colleges
schools.
IEEE Access,
Год журнала:
2023,
Номер
11, С. 138954 - 138985
Опубликована: Янв. 1, 2023
The
Metaverse
is
an
online
universe
that
combines
virtual
reality
and
augmented
reality,
linked
together
via
a
network.It
has
generated
novel
experiences
are
fully
engaging
transpire
in
real
time,
facilitating
interpersonal
communication
dialogue.
Virtual
environments
with
3D
space
avatars
can
boost
patient-facing
platforms,
operational
utilisation,
digital
education,
diagnostics,
treatment
choices
medicine
ophthalmology.
Globally,
there
increasing
prevalence
of
chronic
diseases,
estimated
25
percent
individuals
presently
contending
multiple
health
issues.
management
diseases
currently
being
rethought
light
the
development
technology
known
as
"Smart
Healthcare."
A
prime
example
state-of-the-art
wearable
incentivizes
people
to
embrace
healthier
lifestyles
through
monitoring
physiological
indicators
metabolic
processes.
With
better
data
organisation
analysis,
disease
patients
may
benefit
from
improved
health,
privacy,
quality
life.
Through
examination
acquired
devices
on
patient,
Artificial
Intelligence
(AI)
capability
generate
informed
recommendations
pertaining
diagnosis
illness.
These
be
provided
by
AI.
adoption
blockchain
(BC)
potential
significantly
advance
healthcare
variety
ways,
including
decentralised
sharing,
user
empowerment,
dependability
administration.
impact
Wearable
Technologies
(WT),
(AI),
Blockchain
Technology
Chronic
Disease
Management
(CDM)
could
transition
emphasis
hospital
patient.
This
article
provides
patient-centered
technical
framework
for
controlling
using
artificial
intelligence,
blockchain,
technologies.
Our
proposed
architecture
depends
environment.
In
order
participate
Metaverse,
both
physicians
need
sign
up
network.
After
entering,
customers
will
accompanied
throughout
experience.
comprehensive
record
all
information
gathered
during
doctor-patient
consultations,
text,
videos,
images,
audio,
clinical
data,
compiled,
uploaded
stored
perpetuity.
Explainable
(XAI)
algorithms
examine
these
particulars
diagnose
forecast
progression
diseases.
We
conclude
discussion
constraints
this
paradigm
future
research.
