Johns Hopkins University Press eBooks,
Год журнала:
2020,
Номер
unknown
Опубликована: Янв. 1, 2020
Digital
technologies
are
being
developed
and
promoted
to
support
the
public
health
response
COVID-19
pandemic,
with
discussion
implementation
planning
in
United
States
by
localities,
states,
institutions,
employers.Key
decision
makers
stakeholders-including
government
officials,
institutional
leaders,
employers,
digital
technology
developers,
public-require
clear
well-supported
guidance
inform
deployment
use
of
these
as
well
data
they
collect,
store,
share.While
technology-based
approaches
currently
unable
provide
solutions
on
their
own,
experiences
other
countries
indicate
that
could
be
used
successfully
conjunction
traditional
novel
methods.This
report
reflects
a
rapid
research
expert
consensus
group
effort
led
Berman
Institute
Bioethics
Center
for
Health
Security
at
Johns
Hopkins
University.It
draws
experts
from
both
inside
outside
bioethics,
security,
health,
development,
engineering,
policy,
law.The
highlights
issues
must
addressed
provides
recommendations
part
contact
tracing.The
analysis
offered
here
is
focused
answering
following
questions:•
Can
tracing
(DCTT)
effective
responses
if
so,
what
degree,
which
specific
types
functions,
confidence,
requirements?•
How
can
serve
interests
while
respecting
individual
collective
interests,
such
ensuring
equitable
distribution
benefits
burdens
limiting
infringement
privacy
civil
liberties?x
Preface•
What
ethical,
legal,
governance
guardrails
place
around
else
needed?•
additional
required
ensure
goals
using
achievable
ways
ethically
legally
sound?To
answer
questions,
examines
some
core
aspects
applied
tracing,
focusing
on:•
value
basic
methods
surveillance
tracing,•
candidate
technological
products
enhance
how
work,
comparative
health,•
considerations,
relate
relevant
features
solutions,
and•
needed
move
forward
responsibly
surveillance,
acknowledging
gaps
our
current
understanding.The
project
involved
in-depth
dedicated
team
faculty,
postdoctoral
fellows,
staff
working
over
course
only
few
weeks
but
great
intensity,
drafting
collaboration
26
total
contributors
writing,
commenting,
revising
through
multiple
drafts,
penultimate
draft
"pressure-tested"
review
virtual
workshop
invited
stakeholders
held
May
13,
2020,
final
version
completed
21,
2020.The
builds
excellent
work
others
parts
this
territory,
areas
have
not
been
sufficiently
addressed.The
goal
offer
comprehensive
advance
during
pandemic.Given
rapidly
evolving
territory
into
DCTT
introduced,
will,
necessity,
something
living
document,
updated
often
information
dictates
order
continue
leading-edge
guidance.Versions
will
noted
print
editions.xi
Efforts
like
require
teams
even
small
armies
carried
out
successfully,
was
no
exception,
except
it
many
fewer
people
more
hours
than
reasonably
expected
them.From
initial
kernel
an
idea
publication
book
form,
took
just
month
total.That
seems
impossible,
I
know
accurate,
speaks
incredible
commitment,
hard
skills,
analytic
acumen
colleagues
Hopkins-the
deservedly
listed
lead
authors
report.None
would
possible
without
support-moral
financial-and
encouragement
University
President
Ronald
J.
Daniels,
who
first
suggest
me
taking
topic.He
provided
International Medical Science Research Journal,
Год журнала:
2024,
Номер
4(1), С. 51 - 73
Опубликована: Янв. 23, 2024
This
scholarly
paper
embarks
on
an
exploratory
journey
into
the
realm
of
AI-driven
environmental
health
disease
modeling,
with
a
keen
focus
its
implications
in
diverse
healthcare
landscapes
USA
and
Africa.
The
study's
background
delves
historical
evolution
modeling
techniques,
emphasizing
revolutionary
role
AI
modern
public
strategies.
It
meticulously
examines
comparative
effectiveness
models
these
distinct
regions,
addressing
challenges
opportunities
inherent
models.
Aiming
to
unravel
multifaceted
impact
prediction
policy,
navigates
through
various
thematic
corridors.
critically
analyzes
significance
data
sources
quality,
ethical
considerations
integration
policies.
scope
encompasses
comprehensive
review
AI's
efficacy
predicting
diseases,
enhancing
surveillance
systems,
geographic
socioeconomic
variations
affecting
model
accuracy.
main
findings
reveal
that
models,
while
effective
surveillance,
encounter
related
integrity
complexities.
study
concludes
necessitates
balanced
approach,
advocating
for
policies
support
development
context-specific
address
concerns.
Recommendations
include
fostering
interdisciplinary
collaboration
continuous
evaluation
align
them
evolving
needs
standards.
serves
as
beacon
understanding
transformative
potential
offering
insights
are
crucial
shaping
future
strategies
interventions.
Keywords:
Healthcare,
Disease
Modeling,
Public
Health
Policy,
Data
Quality,
Ethical
Considerations,
Geographic
Variations.
Journal of Medical Internet Research,
Год журнала:
2024,
Номер
26, С. e49139 - e49139
Опубликована: Янв. 19, 2024
Background
Previous
work
suggests
that
Google
searches
could
be
useful
in
identifying
conjunctivitis
epidemics.
Content-based
assessment
of
social
media
content
may
provide
additional
value
serving
as
early
indicators
and
other
systemic
infectious
diseases.
Objective
We
investigated
whether
large
language
models,
specifically
GPT-3.5
GPT-4
(OpenAI),
can
probabilistic
assessments
posts
about
indicate
a
regional
outbreak.
Methods
A
total
12,194
conjunctivitis-related
tweets
were
obtained
using
targeted
Boolean
search
multiple
languages
from
India,
Guam
(United
States),
Martinique
(France),
the
Philippines,
American
Samoa
Fiji,
Costa
Rica,
Haiti,
Bahamas,
covering
time
frame
January
1,
2012,
to
March
13,
2023.
By
providing
these
via
prompts
GPT-4,
we
validated
by
2
human
raters.
then
calculated
Pearson
correlations
series
with
tweet
volume
occurrence
known
outbreaks
9
locations,
bootstrap
used
compute
CIs.
Results
Probabilistic
derived
showed
0.60
(95%
CI
0.47-0.70)
0.53
0.40-0.65)
raters,
higher
results
for
GPT-4.
The
weekly
averages
probabilities
substantial
44%
(4/9)
countries,
ranging
0.10
0.0-0.29)
0.39-0.89),
larger
More
modest
found
correlation
epidemics,
only
(0.40,
95%
0.16-0.81).
Conclusions
These
findings
suggest
GPT
prompting
efficiently
assess
possible
disease
degree
accuracy
comparable
humans.
Furthermore,
automated
analysis
is
related
some
locations
actual
Future
improve
sensitivity
specificity
methods
outbreak
detection.
Artificial Intelligence in Medicine,
Год журнала:
2024,
Номер
154, С. 102900 - 102900
Опубликована: Июнь 5, 2024
With
Artificial
Intelligence
(AI)
increasingly
permeating
various
aspects
of
society,
including
healthcare,
the
adoption
Transformers
neural
network
architecture
is
rapidly
changing
many
applications.
Transformer
a
type
deep
learning
initially
developed
to
solve
general-purpose
Natural
Language
Processing
(NLP)
tasks
and
has
subsequently
been
adapted
in
fields,
healthcare.
In
this
survey
paper,
we
provide
an
overview
how
adopted
analyze
forms
healthcare
data,
clinical
NLP,
medical
imaging,
structured
Electronic
Health
Records
(EHR),
social
media,
bio-physiological
signals,
biomolecular
sequences.
Furthermore,
which
have
also
include
articles
that
used
transformer
for
generating
surgical
instructions
predicting
adverse
outcomes
after
surgeries
under
umbrella
critical
care.
Under
diverse
settings,
these
models
diagnosis,
report
generation,
data
reconstruction,
drug/protein
synthesis.
Finally,
discuss
benefits
limitations
using
transformers
examine
issues
such
as
computational
cost,
model
interpretability,
fairness,
alignment
with
human
values,
ethical
implications,
environmental
impact.
Journal of Medical Internet Research,
Год журнала:
2020,
Номер
22(7), С. e20472 - e20472
Опубликована: Июнь 22, 2020
Public
health
surveillance
experts
are
leveraging
user-generated
content
on
social
media
to
track
the
spread
and
effects
of
COVID-19.
However,
racial
ethnic
digital
divides,
which
disparities
among
people
who
have
internet
access
post
media,
can
bias
inferences.
This
is
particularly
problematic
in
context
COVID-19
pandemic
because
due
structural
inequalities,
members
minority
groups
disproportionately
vulnerable
contracting
virus
deleterious
economic
from
mitigation
efforts.
Further,
important
demographic
intersections
with
race
ethnicity,
such
as
gender
age,
rarely
investigated
work
characterizing
users;
however,
they
reflect
additional
axes
inequality
shaping
differential
exposure
its
effects.
Johns Hopkins University Press eBooks,
Год журнала:
2020,
Номер
unknown
Опубликована: Янв. 1, 2020
Digital
technologies
are
being
developed
and
promoted
to
support
the
public
health
response
COVID-19
pandemic,
with
discussion
implementation
planning
in
United
States
by
localities,
states,
institutions,
employers.Key
decision
makers
stakeholders-including
government
officials,
institutional
leaders,
employers,
digital
technology
developers,
public-require
clear
well-supported
guidance
inform
deployment
use
of
these
as
well
data
they
collect,
store,
share.While
technology-based
approaches
currently
unable
provide
solutions
on
their
own,
experiences
other
countries
indicate
that
could
be
used
successfully
conjunction
traditional
novel
methods.This
report
reflects
a
rapid
research
expert
consensus
group
effort
led
Berman
Institute
Bioethics
Center
for
Health
Security
at
Johns
Hopkins
University.It
draws
experts
from
both
inside
outside
bioethics,
security,
health,
development,
engineering,
policy,
law.The
highlights
issues
must
addressed
provides
recommendations
part
contact
tracing.The
analysis
offered
here
is
focused
answering
following
questions:•
Can
tracing
(DCTT)
effective
responses
if
so,
what
degree,
which
specific
types
functions,
confidence,
requirements?•
How
can
serve
interests
while
respecting
individual
collective
interests,
such
ensuring
equitable
distribution
benefits
burdens
limiting
infringement
privacy
civil
liberties?x
Preface•
What
ethical,
legal,
governance
guardrails
place
around
else
needed?•
additional
required
ensure
goals
using
achievable
ways
ethically
legally
sound?To
answer
questions,
examines
some
core
aspects
applied
tracing,
focusing
on:•
value
basic
methods
surveillance
tracing,•
candidate
technological
products
enhance
how
work,
comparative
health,•
considerations,
relate
relevant
features
solutions,
and•
needed
move
forward
responsibly
surveillance,
acknowledging
gaps
our
current
understanding.The
project
involved
in-depth
dedicated
team
faculty,
postdoctoral
fellows,
staff
working
over
course
only
few
weeks
but
great
intensity,
drafting
collaboration
26
total
contributors
writing,
commenting,
revising
through
multiple
drafts,
penultimate
draft
"pressure-tested"
review
virtual
workshop
invited
stakeholders
held
May
13,
2020,
final
version
completed
21,
2020.The
builds
excellent
work
others
parts
this
territory,
areas
have
not
been
sufficiently
addressed.The
goal
offer
comprehensive
advance
during
pandemic.Given
rapidly
evolving
territory
into
DCTT
introduced,
will,
necessity,
something
living
document,
updated
often
information
dictates
order
continue
leading-edge
guidance.Versions
will
noted
print
editions.xi
Efforts
like
require
teams
even
small
armies
carried
out
successfully,
was
no
exception,
except
it
many
fewer
people
more
hours
than
reasonably
expected
them.From
initial
kernel
an
idea
publication
book
form,
took
just
month
total.That
seems
impossible,
I
know
accurate,
speaks
incredible
commitment,
hard
skills,
analytic
acumen
colleagues
Hopkins-the
deservedly
listed
lead
authors
report.None
would
possible
without
support-moral
financial-and
encouragement
University
President
Ronald
J.
Daniels,
who
first
suggest
me
taking
topic.He
provided