Advances in computer and electrical engineering book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 367 - 398
Published: Dec. 13, 2024
Quantum
computing
with
AI-driven
medical
technologies
represents
an
absolute
frontier
of
transformation
in
precision
medicine,
diagnostics,
and
drug
discovery.
This
chapter
explores
the
intersection
quantum
artificial
intelligence
transforming
complex
challenges,
namely
big
data
analysis,
acceleration
molecular
simulations,
personalizing
treatment
plans.
algorithms
can
scale
exponentially
beyond
AI's
capabilities
breakthrough
genomic
radiological
interpretation,
predictive
modeling
for
patient
outcomes.
The
focus
will
be
on
state-of-the-art
achievements
machine
learning,
possible
applications
healthcare
areas,
their
future
prospects
revolutionizing
imaging,
optimization
clinical
trials,
real-time
processing
wearable
devices.
They
confront
computational
limits
classical
systems
offer
new
ground
significant
progress
both
research
health
care
delivery
by
solving
problems
that
have
until
now
been
intractable.
Sixth
generation
(6G)
technology
is
expected
to
have
a
significant
impact
on
several
businesses
and
their
goods,
particularly
in
the
healthcare
sector
from
2030.
Although
fifth
(5G)
has
not
yet
been
thoroughly
investigated
for
commercialization,
researchers
begun
envision,
plan,
investigate
needs
of
6G.
The
industry
future
will
be
powered
by
AI
6G
aim
overcome
current
system's
space
time
constraints.
It
looked
like
would
game-changer
industry.
This
view
suggests
that
communication
may
usher
new
age
future.
A
wide
variety
business
models,
including
intellectual
wearable
tools,
Internet
Medical
Things
(IoMT),
hospital-to-home
(H2M)
services,
developed
improve
people's
daily
lives
beyond
scope
4.0.
solution
severe
network
smart
treatments,
which
should
minimum
end-to-end
latency
1
millisecond
(ms)
high
service
dependability
99.999%.
Achieving
such
level
performance
without
its
difficulties.
We
covered
these
problems
remedies
this
chapter.
In
addition,
telesurgery,
epidemics,
pandemics
are
only
few
scenarios
where
considered.
2022 International Conference on Inventive Computation Technologies (ICICT),
Journal Year:
2024,
Volume and Issue:
unknown
Published: April 24, 2024
In
the
realm
of
disaster
response,
integration
Internet
Things
(IoT)
technologies
has
paved
way
for
innovative
solutions
to
enhance
human
detection
and
rescue
operations.
This
research
work
introduces
a
revolutionary
approach
through
development
Challenging
Human
Detection
Rescue
Robot
(CHDRR).
robot
incorporates
advanced
sensors,
including
MQ6
Gas
Sensor,
LM335
Temperature
Humidity
Passive
Infrared
(PIR)
Body
sensor,
collectively
forming
comprehensive
sensory
suite.
The
CHDRR
leverages
power
IoT
enable
real-time
data
collection,
analysis,
communication,
transforming
response
capabilities.
Sensor
ensures
hazardous
gases
in
environment,
providing
crucial
information
safe
contribute
environmental
monitoring,
allowing
adapt
its
strategies
based
on
prevailing
conditions.
PIR
sensor
serves
as
key
element
CHDRR's
Through
sophisticated
algorithms
machine
learning,
can
identify
locate
presence
amidst
challenging
scenarios.
fusion
these
sensors
with
technology
empowers
make
informed
decisions
autonomously,
optimizing
efficiency
dynamically
changing
environments.
Advances in computer and electrical engineering book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 367 - 398
Published: Dec. 13, 2024
Quantum
computing
with
AI-driven
medical
technologies
represents
an
absolute
frontier
of
transformation
in
precision
medicine,
diagnostics,
and
drug
discovery.
This
chapter
explores
the
intersection
quantum
artificial
intelligence
transforming
complex
challenges,
namely
big
data
analysis,
acceleration
molecular
simulations,
personalizing
treatment
plans.
algorithms
can
scale
exponentially
beyond
AI's
capabilities
breakthrough
genomic
radiological
interpretation,
predictive
modeling
for
patient
outcomes.
The
focus
will
be
on
state-of-the-art
achievements
machine
learning,
possible
applications
healthcare
areas,
their
future
prospects
revolutionizing
imaging,
optimization
clinical
trials,
real-time
processing
wearable
devices.
They
confront
computational
limits
classical
systems
offer
new
ground
significant
progress
both
research
health
care
delivery
by
solving
problems
that
have
until
now
been
intractable.
