Brazilian Journal of Production Engineering,
Journal Year:
2024,
Volume and Issue:
10(3), P. 435 - 448
Published: Sept. 12, 2024
Um
bom
funcionamento
hospitalar
é
essencial
para
a
melhor
prestação
de
serviço
ao
paciente.
A
simulação
tem
se
destacado
pelo
fato
gerar
uma
maior
segurança
na
tomada
decisões
e
diminuição
nas
chances
erros,
serem
testadas
mudanças
fluxos
no
mundo
real.
Sendo
assim,
este
artigo
possui
como
objetivo
analisar
entre
as
farmácias
centrais
satélite
redução
da
distância
elas
em
consequência
do
tempo
abastecimento,
por
meio
metodologia
pesquisa-ação,
aplicando
ferramentas
Lean
um
hospital
público
Feira
Santana/BA.
Após
modelagem
dos
cenários
atual
proposta
futura,
obteve-se
resultados
otimização
fluxo
entrega
medicamentos,
diminuindo
percorrida,
passando
1.173,22
m
125,35
e,
consequentemente,
o
entrega,
16,47%
utilizado
2,27%.
Big Data and Cognitive Computing,
Journal Year:
2023,
Volume and Issue:
7(2), P. 104 - 104
Published: May 30, 2023
Huge
amounts
of
digital
data
are
continuously
generated
and
collected
from
different
sources,
such
as
sensors,
cameras,
in-vehicle
infotainment,
smart
meters,
mobile
devices,
social
media
platforms,
web
applications
services
[...]
Healthcare Analytics,
Journal Year:
2024,
Volume and Issue:
5, P. 100320 - 100320
Published: March 16, 2024
The
outbreak
of
COVID-19
unleashed
an
unprecedented
global
pandemic,
profoundly
impacting
lives
and
economies
worldwide.
Recognizing
its
severity,
the
World
Health
Organization
(WHO)
swiftly
declared
it
a
public
health
emergency
international
concern.
In
response
to
this
crisis,
collaborative
efforts
have
been
underway
control
disease
minimize
socio-economic
impacts
epidemic
curve
holds
vital
insights
into
history
exposure,
transmission,
testing,
tracing,
social
distancing
measures,
community
lockdowns,
quarantine,
isolation,
treatment,
offering
comprehensive
perspective
on
nation's
response.
One
approach
gaining
crucial
is
through
meticulous
analysis
available
datasets,
empowering
us
effectively
inform
future
strategies
responses.
This
study
aims
provide
descriptive
data
analytics
pandemic
in
Philippines,
summarizing
country's
fight
by
visualizing
epidemiological
mobility
revisiting
scientific
papers
news
articles,
creating
timeline
critical
issues
faced
during
pandemic.
By
leveraging
these
multifaceted
analyses,
policymakers
authorities
can
make
informed
decisions
enhance
preparedness,
expand
inter-agency
cooperation,
combat
crises.
seeks
serve
as
valuable
resource,
guiding
nations
worldwide
comprehending
responding
challenges
posed
beyond.
Advances in medical technologies and clinical practice book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 311 - 328
Published: June 7, 2024
This
chapter
systematically
explores
the
challenges
of
data
security
and
legal
issues
in
application
medical
big
data.
As
expands
from
clinical
diagnostics
to
drug
development,
it
holds
vast
potential
for
growth.
However,
numerous
regarding
ethics
also
arise.
The
begins
with
an
overview
current
state
applications
introduces
their
across
various
fields.
It
then
delves
into
faced
security.
In
terms
law
ethics,
discusses
conflict
between
ownership
sharing,
international
frameworks,
examines
related
artificial
intelligence
ethics.
Through
detailed
case
studies,
this
analyzes
breach
incidents
summarizes
impact
these
events
common
challenges.
intention
is
guide
secure
lawful
use
while
protecting
patient
privacy
integrity.
Journal of Health Organization and Management,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Nov. 20, 2024
The
integration
of
big
data
with
artificial
intelligence
in
the
field
digital
health
has
brought
a
new
dimension
to
healthcare
service
delivery.
AI
technologies
that
provide
value
by
using
obtained
provision
services
are
being
added
each
passing
day.
There
also
some
problems
related
use
In
this
respect,
it
is
aimed
understand
health,
and
analyze
developments
trends
sector.
Informatics and Health,
Journal Year:
2023,
Volume and Issue:
1(1), P. 29 - 39
Published: Dec. 26, 2023
Integrating
advanced
digital
technologies
into
healthcare
systems,
known
as
the
Medical
4.0
paradigm,
has
brought
about
a
revolutionary
transformation
in
medical
field.
Thus,
to
incorporate
these
systematically
and
effectively
sector,
it
is
imperative
prioritise
key
enabling
factors.
This
strategic
approach
streamlines
resource
allocation,
risk
management,
achievement
of
significant
outcomes.
In
this
context,
ten
crucial
enablers
play
pivotal
roles:
Policy
Support,
enhanced
diagnostics
treatment,
patient-centric
care,
telehealth
Telemedicine,
Internet
Things
devices,
artificial
intelligence,
cloud
computing,
genomics
precision
medicine,
Cybersecurity,
industry
collaboration.
paper
introduces
delves
primary
driving
transformative
process.
The
importance
critical
success
assessed
using
fuzzy
TOPSIS
MARCOS
methods,
which
established
quantitative
framework
for
decision-making
prioritisation
within
landscape.
A
comprehensive
set
evaluation
criteria
proposed,
encompassing
cost-effectiveness,
adaptability,
mitigation,
Data
Privacy,
interoperability,
ease
implementation,
stakeholder
acceptance,
environmental
impact,
supplier
partner
compatibility,
regulatory
compliance.
research
enhances
our
comprehension
dynamics
propelling
implementation
4.0,
providing
valuable
insights
unlock
potential
technology-driven
advancements.
By
employing
quantifiable
model
guide
efforts
expansive
domain.
results
are
further
validated
through
sensitivity
analysis.
offers
invaluable
both
professionals
researchers
looking
harness
possibilities
offered
by
advancements
healthcare.
International Journal of Advanced Computer Science and Applications,
Journal Year:
2023,
Volume and Issue:
14(6)
Published: Jan. 1, 2023
Network
security
has
gained
importance
in
recent
years.
Information
system
is
greatly
aided
by
the
development
of
encryption
as
a
solution.
To
safeguard
shared
information,
several
strategies
are
required.
Thanks
to
cutting-edge
Internet,
networking
corporations,
health
and
cloud
applications,
our
data
growing
exponentially
every
minute.
In
order
handle
enormous
amounts
efficiently,
new
application
called
Hadoop
distributed
file
(HDFS)
was
created.
However,
HDFS
doesn't
come
with
any
built-in
tools,
which
poses
serious
risks.
increase
security,
techniques
established;
nevertheless,
standard
algorithms
fall
short
when
dealing
bigger
files.
this
study,
huge
will
be
secured
using
novel
hybrid
algorithm
that
combines
CP-ABE
(encryption
based
on
features
policy),
AES
(advanced
encryption),
RSA
(Rivest-Shamir-Adleman).
The
suggested
model's
performance
compared
against
traditional
like
DES,
3DES,
Blowfish
demonstrate
improved
it
relates
decryption
time,
throughput.
results
studies
method's
more
secure.
Big
data,
which
is
fueled
by
IT,
opens
up
fresh
avenues
for
urban
renewal.
The
integration
and
exchange
of
as
well
the
optimization
rudimentary
standards
smart
cities,
are
greatly
improved
application
several
scientific
advances,
including
(IoT)
data
collecting
analytics.
idea
underlying
key
study
issue
in
creation
keen
educational
institutions,
industrial
establishments,
commercial
enterprises
during
last
years.
services
it
enables
crucial
to
developing
environmentally
friendly
metropolises.
Several
studies
have
evaluated
shown
that
AI
most
effective
method
enhancing
cities'
fire
detection
effectiveness.
In
contrast,
people
cities
increasingly
turning
SNS
learn
about
latest
updates
on
epidemic,
discuss
with
others,
report
their
own
experiences
it.
this
study,
we
offer
a
framework
analysis
big
from
social
media
platforms
like
Twitter
order
predict
spread
COVID-19
virus
Smart
Sustainable
Healthy
City.
After
over
10,000
Tweets
course
two
months,
researchers
found
38%
users
were
between
ages
18
29,
26%
30
49.
About
56%
male
44%
female.
tweets
sorted
using
Natural
Language
Processing
(NLP).
For
tweet
categorization,
utilise
modified
version
Deep
Belief
Network
(MDBN),
tweaks
made
weights
original
network.
Election
Algorithm
responsible
carrying
out
(EA).
Based
findings,
cluster
epidemic
cases
was
anticipated
seven
days
before
verified
cases.
indication
0.96.
By
analysing
platforms,
able
foresee.
In
stored
in
the
cloud
healthcare
systems,
this
research
investigates
incorporation
of
machine
learning
(ML)
along
with
natural
language
processing
(NLP)
for
statistical
analysis
employing
electronic
health
records
(EHRs).
Using
a
design
based
on
description
and
additional
data
collection,
our
own
deductive
approach
adopts
an
interpretivist
framework.
Unstructured
medical
writing
can
yield
insights
that
NLP
techniques
use
to
inform
creation
models
are
predictive.
The
outcomes
demonstrate
how
well
ML
perform
predicting
patient
useful
is
structuring
EHR
data.
study
tackles
cloud-based
setting
scalability
issues
highlights
ability
interpret
by
means
SHAP
values.
Recent Advances in Computer Science and Communications,
Journal Year:
2024,
Volume and Issue:
17(6)
Published: Feb. 7, 2024
:
The
rapid
integration
of
distributed
cloud
systems
in
the
healthcare
industry
has
profoundly
impacted
management
valuable
medical
data.
While
this
advancement
significantly
improved
data
handling,
protecting
sensitive
information
such
a
complex
environment
remains
daunting.
This
comprehensive
study
explores
crucial
intersection
between
dynamic
placement
strategies
and
network
security
concerns
environments,
particularly
healthcare.
After
establishing
significance
context
research,
survey
delves
into
growing
need
to
safeguard
within
everevolving
landscape
cloud-based
systems.
It
lays
out
fundamental
concepts,
as
security,
highlighting
their
unique
implications
domain.
Ultimately,
sheds
light
on
most
effective
approaches
for
balancing
sector.
research
examining
many
tactics,
evaluating
effectiveness
handling
delicate
information,
presenting
tangible
use
cases.
A
key
focus
investigation
is
fusion
organization
safety
industry.
investigates
adaptability
positioning
techniques
fortifying
safeguarding
against
potential
threats
Case
studies
successful
implementation
these
establishments
are
also
included.
West Science Interdisciplinary Studies,
Journal Year:
2024,
Volume and Issue:
2(04), P. 778 - 788
Published: April 30, 2024
Population
health
management
(PHM)
has
emerged
as
a
pivotal
strategy
in
healthcare,
aiming
to
address
the
needs
of
communities
while
enhancing
care
quality
and
outcomes.
Recent
years
have
witnessed
surge
research
at
intersection
data
analytics
public
interventions
within
realm
PHM.
This
paper
presents
comprehensive
bibliometric
analysis
literature
on
context
population
management.
Through
systematic
collection
from
reputable
scholarly
databases
rigorous
analysis,
this
study
aims
map
out
trends,
key
contributors,
emerging
themes
shaping
discourse
domain.
The
encompasses
publication
authorship
patterns,
citation
metrics,
network
visualizations
provide
insights
into
landscape
literature.
Notable
findings
include
high
rate
per
author,
indicative
interest
collaboration
community.
Key
identified
outcomes,
interventions,
improvement,
determinants,
disparities.
Additionally,
temporal
reveals
shift
towards
non-communicable
diseases
increasing
role
patient
care.
author
highlights
core
cluster
researchers
with
extensive
collaborative
ties,
alongside
peripheral
authors
topics
representing
specialized
or
nascent
areas.
density
visualization
identifies
potential
areas
for
future
research,
including
disparities,
women's
issues,
geographic-specific
studies.