Applied Sciences,
Journal Year:
2023,
Volume and Issue:
13(5), P. 3125 - 3125
Published: Feb. 28, 2023
Kidney
abnormality
is
one
of
the
major
concerns
in
modern
society,
and
it
affects
millions
people
around
world.
To
diagnose
different
abnormalities
human
kidneys,
a
narrow-beam
x-ray
imaging
procedure,
computed
tomography,
used,
which
creates
cross-sectional
slices
kidneys.
Several
deep-learning
models
have
been
successfully
applied
to
computer
tomography
images
for
classification
segmentation
purposes.
However,
has
difficult
clinicians
interpret
model’s
specific
decisions
and,
thus,
creating
“black
box”
system.
Additionally,
integrate
complex
internet-of-medical-things
devices
due
demanding
training
parameters
memory-resource
cost.
overcome
these
issues,
this
study
proposed
(1)
lightweight
customized
convolutional
neural
network
detect
kidney
cysts,
stones,
tumors
(2)
understandable
AI
Shapely
values
based
on
Shapley
additive
explanation
predictive
results
local
interpretable
model-agnostic
explanations
illustrate
model.
The
CNN
model
performed
better
than
other
state-of-the-art
methods
obtained
an
accuracy
99.52
±
0.84%
K
=
10-fold
stratified
sampling.
With
improved
interpretive
power,
work
provides
with
conclusive
results.
Large
language
models
that
exhibit
instruction-following
behaviour
represent
one
of
the
biggest
recent
upheavals
in
conversational
interfaces,
a
trend
large
part
fuelled
by
release
OpenAI's
ChatGPT,
proprietary
model
for
text
generation
fine-tuned
through
reinforcement
learning
from
human
feedback
(LLM+RLHF).
We
review
risks
relying
on
software
and
survey
first
crop
open-source
projects
comparable
architecture
functionality.
The
main
contribution
this
paper
is
to
show
openness
differentiated,
offer
scientific
documentation
degrees
fast-moving
field.
evaluate
terms
code,
training
data,
weights,
RLHF
licensing,
documentation,
access
methods.
find
while
there
fast-growing
list
billing
themselves
as
'open
source',
many
inherit
undocumented
data
dubious
legality,
few
share
all-important
instruction-tuning
(a
key
site
where
annotation
labour
involved),
careful
exceedingly
rare.
Degrees
are
relevant
fairness
accountability
at
all
points,
collection
curation
architecture,
fine-tuning
deployment.
Meta-Radiology,
Journal Year:
2023,
Volume and Issue:
1(1), P. 100003 - 100003
Published: June 1, 2023
The
use
of
AI
systems
in
healthcare
for
the
early
screening
diseases
is
great
clinical
importance.
Deep
learning
has
shown
promise
medical
imaging,
but
reliability
and
trustworthiness
limit
their
deployment
real
scenes,
where
patient
safety
at
stake.
Uncertainty
estimation
plays
a
pivotal
role
producing
confidence
evaluation
along
with
prediction
deep
model.
This
particularly
important
uncertainty
model's
predictions
can
be
used
to
identify
areas
concern
or
provide
additional
information
clinician.
In
this
paper,
we
review
various
types
learning,
including
aleatoric
epistemic
uncertainty.
We
further
discuss
how
they
estimated
imaging.
More
importantly,
recent
advances
models
that
incorporate
Finally,
challenges
future
directions
hope
will
ignite
interest
community
researchers
an
up-to-date
reference
regarding
applications
Actuators,
Journal Year:
2023,
Volume and Issue:
12(10), P. 391 - 391
Published: Oct. 18, 2023
Point
machines
are
the
actuators
for
railway
switching
and
crossing
systems
that
guide
trains
from
one
track
to
another.
Hence,
safe
reliable
behavior
of
point
pivotal
rail
transportation.
Recently,
scholars
researchers
have
attempted
deploy
various
kinds
sensors
on
anomaly
detection
and/or
incipient
fault
using
date-driven
algorithms.
However,
challenges
arise
when
deploying
condition
monitoring
trackside
in
practical
applications.
This
article
begins
by
reviewing
studies
machines,
encompassing
employed
methods
evaluation
metrics.
It
subsequently
conducts
an
in-depth
analysis
outlines
envisioned
intelligent
system.
Finally,
it
presents
eight
promising
research
directions
along
with
a
blueprint
machine
detection.
International Journal of Applied Research in Social Sciences,
Journal Year:
2024,
Volume and Issue:
6(1), P. 73 - 88
Published: Jan. 25, 2024
As
the
world
becomes
increasingly
interconnected
through
digital
technologies,
protection
of
individuals'
privacy
has
emerged
as
a
critical
concern.
This
paper
conducts
comprehensive
global
review
legislation
and
enforcement
mechanisms,
shedding
light
on
challenges
posed
by
age.
With
focus
intricate
balance
between
technological
advancements
fundamental
right
to
privacy,
study
explores
evolving
legal
landscape
its
implications
for
individuals,
businesses,
governments.
The
analysis
encompasses
diverse
jurisdictions,
highlighting
variations
in
laws
approaches
across
regions.
From
European
Union's
robust
General
Data
Protection
Regulation
(GDPR)
nuanced
Asia
Americas,
this
synthesizes
regulatory
frameworks.
Special
attention
is
given
emerging
issues
such
use
artificial
intelligence,
biometrics,
surveillance
which
pose
unique
existing
paradigms.
Moreover,
investigates
effectiveness
mechanisms
ensuring
compliance
with
laws.
It
examines
role
governmental
agencies,
bodies,
international
collaborations
addressing
cross-border
data
flows
challenges.
also
evaluates
impact
recent
high-profile
incidents
shaping
legislative
responses
strategies.
By
presenting
holistic
view
law
age,
research
contributes
ongoing
discourse
safeguarding
rights
an
era
rapid
innovation.
findings
provide
valuable
insights
policymakers,
practitioners,
individuals
seeking
deeper
understanding
dynamics
surrounding
scale.
Keywords:
Law,
Privacy
Digital
Age,
Review,
Protection.
Communications Medicine,
Journal Year:
2023,
Volume and Issue:
3(1)
Published: March 30, 2023
Surgeons
who
receive
reliable
feedback
on
their
performance
quickly
master
the
skills
necessary
for
surgery.
Such
performance-based
can
be
provided
by
a
recently-developed
artificial
intelligence
(AI)
system
that
assesses
surgeon's
based
surgical
video
while
simultaneously
highlighting
aspects
of
most
pertinent
to
assessment.
However,
it
remains
an
open
question
whether
these
highlights,
or
explanations,
are
equally
all
surgeons.Here,
we
systematically
quantify
reliability
AI-based
explanations
videos
from
three
hospitals
across
two
continents
comparing
them
generated
humans
experts.
To
improve
propose
strategy
training
with
-TWIX
-which
uses
human
as
supervision
explicitly
teach
AI
highlight
important
frames.We
show
often
align
they
not
different
sub-cohorts
surgeons
(e.g.,
novices
vs.
experts),
phenomenon
refer
explanation
bias.
We
also
TWIX
enhances
mitigates
bias,
and
improves
systems
hospitals.
These
findings
extend
environment
where
medical
students
today.Our
study
informs
impending
implementation
AI-augmented
surgeon
credentialing
programs,
contributes
safe
fair
democratization
surgery.Surgeons
aim
One
such
skill
is
suturing
which
involves
connecting
objects
together
through
series
stitches.
Mastering
improved
providing
quality
performance.
absent
practice.
Although
provided,
in
theory,
use
computational
model
assess
surgeon’s
skill,
this
unknown.
Here,
compare
experts
demonstrate
overlap
one
another.
teaching
further
new
Our
outline
potential
support
focused
particular
guide
programs
give
qualifications
complementing
assessments
increase
trustworthiness
assessments.
Water Research,
Journal Year:
2024,
Volume and Issue:
255, P. 121499 - 121499
Published: March 20, 2024
Recently,
there
has
been
a
significant
advancement
in
the
water
quality
index
(WQI)
models
utilizing
data-driven
approaches,
especially
those
integrating
machine
learning
and
artificial
intelligence
(ML/AI)
technology.
Although,
several
recent
studies
have
revealed
that
model
produced
inconsistent
results
due
to
data
outliers,
which
significantly
impact
reliability
accuracy.
The
present
study
was
carried
out
assess
of
outliers
on
recently
developed
Irish
Water
Quality
Index
(IEWQI)
model,
relies
techniques.
To
author's
best
knowledge,
no
systematic
framework
for
evaluating
influence
such
models.
For
purposes
assessing
outlier
(WQ)
this
first
initiative
research
introduce
comprehensive
approach
combines
with
advanced
statistical
proposed
implemented
Cork
Harbour,
Ireland,
evaluate
IEWQI
model's
sensitivity
input
indicators
quality.
In
order
detect
outlier,
utilized
two
widely
used
ML
techniques,
including
Isolation
Forest
(IF)
Kernel
Density
Estimation
(KDE)
within
dataset,
predicting
WQ
without
these
outliers.
validating
results,
five
commonly
measures.
performance
metric
(R2)
indicates
improved
slightly
(R2
increased
from
0.92
0.95)
after
removing
input.
But
scores
were
statistically
differences
among
actual
values,
predictions
95%
confidence
interval
at
p
<
0.05.
uncertainty
also
contributed
<1%
final
assessment
using
both
datasets
(with
outliers).
addition,
all
measures
indicated
techniques
provided
reliable
can
be
detecting
their
impacts
model.
findings
reveal
although
had
architecture,
they
moderate
rating
schemes'
This
finding
could
improve
accuracy
as
well
helpful
mitigating
eclipsing
problem.
provide
evidence
how
influenced
reliability,
particularly
since
confirmed
effective
accurately
despite
presence
It
occur
spatio-temporal
variability
inherent
indicators.
However,
assesses
underscores
important
areas
future
investigation.
These
include
expanding
temporal
analysis
multi-year
data,
examining
spatial
patterns,
detection
methods.
Moreover,
it
is
essential
explore
real-world
revised
categories,
involve
stakeholders
management,
fine-tune
parameters.
Analysing
across
varying
resolutions
incorporating
additional
environmental
enhance
assessment.
Consequently,
offers
valuable
insights
strengthen
robustness
provides
avenues
enhancing
its
utility
broader
applications.
successfully
adopted
affect
current
Harbour
only
single
year
data.
should
tested
various
domains
response
terms
resolution
domain.
Nevertheless,
recommended
conducted
adjust
or
revise
schemes
investigate
practical
effects
updated
categories.
potential
recommendations
adaptability
reveals
effectiveness
applicability
more
general
scenarios.
Journal of University Teaching and Learning Practice,
Journal Year:
2024,
Volume and Issue:
21(06)
Published: April 19, 2024
Higher
education
is
currently
under
a
significant
transformation
due
to
the
emergence
of
generative
artificial
intelligence
(GenAI)
technologies,
hype
surrounding
GenAI
and
increasing
influence
educational
technology
business
groups
over
tertiary
education.
This
commentary,
prepared
for
Special
Issue
Journal
University
Teaching
&
Learning
Practice
(JUTLP)
on
“Enhancing
student
engagement
using
Artificial
Intelligence
(AI)
chatbots,”
delves
into
complex
landscape
opportunities
threats
that
AI
chatbots,
including
ChatGPT,
introduce
realm
higher
We
argue
while
offers
promise
in
enhancing
pedagogy,
research,
administration,
support,
concerns
around
academic
integrity,
labour
displacement,
embedded
biases,
environmental
sustainability,
increased
commercialisation,
regulatory
gaps
necessitate
critical
approach.
Our
commentary
advocates
development
literacy
among
educators
students,
emphasising
necessity
foster
an
environment
responsible
innovation
informed
use
AI.
posit
successful
integration
must
be
grounded
principles
ethics,
equity,
prioritisation
aims
human
values.
By
offering
nuanced
exploration
these
issues,
our
contribute
ongoing
discourse
how
institutions
can
navigate
rise
GenAI,
ensuring
technological
advancements
benefit
all
stakeholders
upholding
core
Journal of Information and Intelligence,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Jan. 1, 2024
Modern
approach
to
artificial
intelligence
(AI)
aims
design
algorithms
that
learn
directly
from
data.
This
has
achieved
impressive
results
and
contributed
significantly
the
progress
of
AI,
particularly
in
sphere
supervised
deep
learning.
It
also
simplified
machine
learning
systems
as
process
is
highly
automated.
However,
not
all
data
processing
tasks
conventional
pipelines
have
been
In
most
cases
be
manually
collected,
preprocessed
further
extended
through
augmentation
before
they
can
effective
for
training.
Recently,
special
techniques
automating
these
emerged.
The
automation
driven
by
need
utilize
large
volumes
complex,
heterogeneous
big
applications.
Today,
end-to-end
automated
based
on
(AutoML)
are
capable
taking
raw
transforming
them
into
useful
features
Big
Data
intermediate
stages.
this
work,
we
present
a
thorough
review
approaches
pipelines,
including
preprocessing–
e.g.,
cleaning,
labeling,
missing
imputation,
categorical
encoding–as
well
(including
synthetic
generation
using
generative
AI
methods)
feature
engineering–specifically,
extraction,
construction
selection.
addition
specific
tasks,
discuss
use
AutoML
methods
tools
simultaneously
optimize
stages
pipeline.