Advances in medical technologies and clinical practice book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 92 - 115
Published: March 11, 2024
When
it
comes
to
the
smart
healthcare
sector,
blockchain
technology
presents
several
prospects.
Aside
from
its
usage
in
financial
industry,
is
now
also
utilised
process
of
establishing
trust,
protecting
privacy,
and
ensuring
security.
Within
scope
this
work,
we
will
provide
an
explanation
a
new
development
business
that
strives
enhance
effectiveness
safety
administration
data.
We
employ
construct
decentralised
tamper-proof
network
facilitates
safe
data
exchange
among
stakeholders
such
as
patients,
providers,
insurers.
This
technique
known
Blockchain-based
Intelligent
Interactive
Healthcare
Systems
(Blockchain-based
IHS).
The
purpose
chapter
present
overview
BIIHS,
including
advantages,
disadvantages,
potential
future
paths.
BIIHS
has
patient
outcomes
by
facilitating
personalised
treatment
plans,
lowering
number
medical
mistakes,
offering
real-time
access
vital
sensitive
health
Nevertheless,
order
fully
realise
promise
necessary
solve
problems
regulation
compliance,
interoperability,
privacy
concerns.
Artificial
intelligence
internet
things
are
two
examples
upcoming
technologies
might
be
included
into
future.
would
allow
for
sector
further
improve
capabilities.
Sensors,
Journal Year:
2024,
Volume and Issue:
24(12), P. 3908 - 3908
Published: June 17, 2024
This
work
proposes
an
implementation
of
the
SHA-256,
most
common
blockchain
hash
algorithm,
on
a
field-programmable
gate
array
(FPGA)
to
improve
processing
capacity
and
power
saving
in
Internet
Things
(IoT)
devices
solve
security
privacy
issues.
presents
different
approach
than
other
papers
literature,
using
clustered
cores
executing
SHA-256
algorithm
parallel.
Details
about
proposed
architecture
analysis
resources
used
by
FPGA
are
presented.
The
achieved
throughput
approximately
1.4
Gbps
for
16
single
FPGA.
Furthermore,
it
saved
dynamic
power,
almost
1000
times
less
compared
previous
works
making
this
proposal
suitable
practical
problems
IoT
environments.
target
was
Xilinx
Virtex
6
xc6vlx240t-1ff1156.
The TQM Journal,
Journal Year:
2024,
Volume and Issue:
unknown
Published: June 26, 2024
Purpose
Industrial
Revolution
4.0
prompts
organizations
to
adopt
emerging
technologies,
and
the
healthcare
industry
is
no
different
from
them.
Further,
it
important
new
edge
technologies
improve
services
well-being
of
patients.
This
research
synthesizes
work
most
influenced
by
this
technology
trends
usage
Industry
in
sector.
Design/methodology/approach
The
study
has
used
Scopus
Web
Science
databases
retrieve
articles
published
for
bibliometric
analysis.
Specifically,
Bibliometrix
(R-package)
VOSviewer
were
analyze
data
related
authors,
sources,
keywords
content
Findings
found
increased
recent
years.
USA,
India
China
are
top
contributors
field,
showing
progress
developed
developing
economies.
Dwivedi
Y
Kumar
A.
researchers
field.
finding
also
reveals
that
predictive
analytics,
deep
sustainable
development
areas
where
can
play
a
crucial
role.
Practical
implications
Using
help
company
its
services,
operational
efficiency
patient
care.
Originality/value
explored
sector
using
through
IEEE Internet of Things Journal,
Journal Year:
2023,
Volume and Issue:
11(2), P. 2924 - 2934
Published: July 17, 2023
Healthcare
is
a
crucial
element
of
human
lives
that
produces
substantial
amount
medical
data
every
year.
A
major
difficulty
faced
by
e-Health
systems
the
secure
storage
and
sharing
this
without
compromising
its
integrity
privacy.
Being
trustless,
traceable,
immutable
technology,
blockchain
has
potential
to
address
these
issues.
In
paper,
we
propose
HierChain,
hierarchical
blockchain-based
system
for
healthcare.
This
framework
provides
trustless
environment
decentralized
tamper-resistant
efficient
management
data.
We
first
introduce
an
optimization
problem
aimed
at
identifying
optimal
solution
maximum
efficiency.
Next,
classify
health
based
on
specific
features,
sensitivity,
requirements.
classified
then
stored
three
different
blockchains
(Ethereum,
Hyperledger
Sawtooth,
MultiChain)
according
their
attributes.
utilize
fog
nodes
providing
computational
services
resource-constrained
Internet
Things
(IoT)
nodes,
enabling
us
perform
preprocessing
eliminate
redundant
information
from
collected
Moreover,
use
differential
privacy
layer
ensure
sensitive
remains
protected
throughout
analysis
process.
Finally,
present
comprehensive
attack
evaluation
performance
implementing
our
real-world
dataset.
The
simulation
results
indicate
HierChain
outperforms
existing
algorithms
in
terms
scalability
security
degrading
IoT
network.
Advances in medical technologies and clinical practice book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 92 - 115
Published: March 11, 2024
When
it
comes
to
the
smart
healthcare
sector,
blockchain
technology
presents
several
prospects.
Aside
from
its
usage
in
financial
industry,
is
now
also
utilised
process
of
establishing
trust,
protecting
privacy,
and
ensuring
security.
Within
scope
this
work,
we
will
provide
an
explanation
a
new
development
business
that
strives
enhance
effectiveness
safety
administration
data.
We
employ
construct
decentralised
tamper-proof
network
facilitates
safe
data
exchange
among
stakeholders
such
as
patients,
providers,
insurers.
This
technique
known
Blockchain-based
Intelligent
Interactive
Healthcare
Systems
(Blockchain-based
IHS).
The
purpose
chapter
present
overview
BIIHS,
including
advantages,
disadvantages,
potential
future
paths.
BIIHS
has
patient
outcomes
by
facilitating
personalised
treatment
plans,
lowering
number
medical
mistakes,
offering
real-time
access
vital
sensitive
health
Nevertheless,
order
fully
realise
promise
necessary
solve
problems
regulation
compliance,
interoperability,
privacy
concerns.
Artificial
intelligence
internet
things
are
two
examples
upcoming
technologies
might
be
included
into
future.
would
allow
for
sector
further
improve
capabilities.