A Proposal of In Situ Authoring Tool with Visual-Inertial Sensor Fusion for Outdoor Location-Based Augmented Reality
Electronics,
Journal Year:
2025,
Volume and Issue:
14(2), P. 342 - 342
Published: Jan. 17, 2025
In
location-based
augmented
reality
(LAR)
applications,
a
simple
and
effective
authoring
tool
is
essential
to
create
immersive
AR
experiences
in
real-world
contexts.
Unfortunately,
most
of
the
current
tools
are
primarily
desktop-based,
requiring
manual
location
acquisitions,
use
software
development
kits
(SDKs),
high
programming
skills,
which
poses
significant
challenges
for
novice
developers
lack
precise
LAR
content
alignment.
this
paper,
we
propose
an
intuitive
situ
with
visual-inertial
sensor
fusions
simplify
creation
storing
process
directly
using
smartphone
at
point
interest
(POI)
location.
The
localizes
user’s
position
sensors
maps
it
captured
movement
surrounding
environment
data
real-time.
Thus,
developer
can
place
virtual
object
on-site
intuitively
without
complex
programming.
By
leveraging
combined
capabilities
Visual
Simultaneous
Localization
Mapping(VSLAM)
Google
Street
View
(GSV),
enhances
localization
mapping
accuracy
during
creation.
For
evaluations,
conducted
extensive
user
testing
15
participants,
assessing
task
success
rate
completion
time
practical
pedestrian
navigation
scenarios.
Handheld
Augmented
Reality
Usability
Scale
(HARUS)
was
used
evaluate
overall
satisfaction.
results
showed
that
all
participants
successfully
completed
tasks,
taking
16.76
s
on
average
one
50
m
radius
area,
while
common
desktop-based
methods
literature
need
1–8
min
average,
depending
expertise.
scores
reached
89.44
manipulability
85.14
comprehensibility,
demonstrating
effectiveness
simplifying
outdoor
process.
Language: Английский
X-NR: Towards An Extended Reality-Driven Human Evaluation Framework for Neural-Rendering
Lecture notes in computer science,
Journal Year:
2024,
Volume and Issue:
unknown, P. 305 - 324
Published: Jan. 1, 2024
Language: Английский
New Display Technologies: The Most Desired Usage Properties and Their Perception during Product Interaction
Applied Sciences,
Journal Year:
2024,
Volume and Issue:
14(15), P. 6739 - 6739
Published: Aug. 1, 2024
Display
technologies
influence
user
experience,
not
only
through
the
perception
of
product
features
but
also
due
to
their
own
usage
properties.
In
this
work,
12
functional,
usable,
pleasuring,
and
media
properties
were
analysed
for
five
display
technologies:
image
rendering,
360°
rotation,
augmented,
immersive,
non-immersive
virtual
reality.
The
importance
assessment
chosen
studied
by
taking
two
different
household
products.
Two
variables
studying
decision
expectations
considered.
results
showed
that
rotation
was
well-valued
in
various
properties,
mainly
related
functionality
usability,
while
immersive
technology
stood
out
most
important
feature:
realism.
It
seen
could
depend
on
displayed
product.
These
provide
a
deeper
insight
experience
optimisation
because
they
complement
information
choose
appropriate
based
be
prioritised.
Language: Английский