Smart Card-Based Vehicle Ignition Systems: Security, Regulatory Compliance, Drug and Impairment Detection, Through Advanced Materials and Authentication Technologies
Processes,
Journal Year:
2025,
Volume and Issue:
13(3), P. 911 - 911
Published: March 19, 2025
This
study
investigates
the
integration
of
smart
card
readers
into
vehicle
ignition
systems
as
a
multifaceted
solution
to
enhance
security,
regulatory
compliance,
and
road
safety.
By
implementing
real-time
driver
verification,
encryption
protocols
(AES-256,
RSA),
multifactor
authentication,
system
significantly
reduces
unauthorized
use
improves
accident
prevention.
A
critical
advancement
this
research
is
incorporation
automated
drug
impairment
detection
prevent
driving
under
influence
substances,
including
illicit
drugs
prescription
medications.
Risk
models
estimate
that
drug-related
accidents
could
be
reduced
by
7.65%
through
these
technologies
systems,
assuming
high
compliance
rates.
The
evaluates
applications
leveraging
same
sensor-based
monitoring
used
for
detection.
These
can
facilitate
tracking
medication
intake
physiological
responses,
offering
new
possibilities
safety
in
medical
transportation
assisted
technologies.
High-performance
polymers
such
polyetheretherketone
(PEEK)
durability
thermal
stability
readers,
while
blockchain-based
verification
strengthens
data
security
compliance.
Despite
challenges
related
cost
(USD
100–300
per
unit)
adherence
ISO
standards,
innovations
position
card-based
comprehensive,
technology-driven
approach
prevention,
monitoring.
Language: Английский
Impact of Digital Economy Industrial Agglomeration on Carbon Emissions: A Case Study of the Four City Clusters Along the Eastern Seaboard of China
Jianing Zhang,
No information about this author
Yu Cheng,
No information about this author
Xiaolong Shi
No information about this author
et al.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(7), P. 3053 - 3053
Published: March 29, 2025
Digital
economy
industrial
agglomeration
is
significant
for
economic
development
and
the
realization
of
“dual
carbon”
goals.
Based
on
point
interest
(POI)
data
digital
enterprises,
this
study
uses
kernel
density
estimation,
a
fixed-effect
model,
spatial
Durbin
other
methods
to
analyze
spatiotemporal
characteristics
in
four
major
urban
clusters
along
east
coast
China
examines
their
corresponding
influence
carbon
emissions,
including
spillover
effects.
The
key
conclusions
are
as
follows:
First,
industry
degree
display
increasing
trends.
high
low
west,
with
high-value
areas
characterized
by
core
prominence
orderly
expansion.
Second,
negative
relationship
observed
between
specialized
significantly
reducing
while
diversified
has
weaker
effect.
Third,
emissions
exhibits
effects
heterogeneity.
These
findings
provide
theoretical
basis
regional
have
significance
reference
formulation
energy
conservation
carbon-reduction
policies.
Language: Английский
Technology Development in Online Grocery Shopping—From Shopping Services to Virtual Reality, Metaverse, and Smart Devices: A Review
Foods,
Journal Year:
2024,
Volume and Issue:
13(23), P. 3959 - 3959
Published: Dec. 8, 2024
This
paper
presents
a
review
of
the
technologies
and
services
associated
with
online
grocery
shopping.
The
progress
in
field
shopping
has
been
very
rapid
recent
years.
Hence,
there
was
need
to
systematize
knowledge
about
latest
various
solutions
used
this
topic.
authors
searched
internet,
focusing
on
websites
different
supermarkets,
shops,
other
that
offer
shopping,
as
well
reviewed
scientific
papers.
Based
collected
material,
created
four
thematic
parts,
which
include:
(1)
supermarket
services;
(2)
dedicated
delivery
farm-to-table;
(3)
Virtual
Reality
metaverse;
smart
devices
(4)
AI
food
ordering-the
last
part
includes
devices,
such
refrigerators,
ovens,
their
functionality,
connected
them.
refer
243
sources.
research
three
following
objectives:
exploring
presenting
emerging
applied
ways
technological
advances
related
digitalization
discussing
upcoming
technologies,
services,
methods
provides
wide
range
offered
by
both
supermarkets
stores
(e.g.,
applications,
VR
metaverse
shopping)
companies
deliveries,
product
tracking),
highlighting
numerous
functions
available
thanks
voice
control,
own
lists,
control
products,
quantities
expiration
dates,
management
user
preferences,
many
more).
also
discusses
social
issues
presented
solutions,
influence
consumer
behavior,
barriers
adoption,
challenges.
Language: Английский
Energy-Saving Geospatial Data Storage—LiDAR Point Cloud Compression
Artur Warchoł,
No information about this author
Karolina Pęzioł,
No information about this author
Marek Baścik
No information about this author
et al.
Energies,
Journal Year:
2024,
Volume and Issue:
17(24), P. 6413 - 6413
Published: Dec. 20, 2024
In
recent
years,
the
growth
of
digital
data
has
been
unimaginable.
This
also
applies
to
geospatial
data.
One
largest
types
is
LiDAR
point
clouds.
Their
large
volumes
on
disk,
both
at
acquisition
and
processing
stages,
in
final
versions
translate
into
a
high
demand
for
disk
space
therefore
electricity.
It
obvious
that
order
reduce
energy
consumption,
lower
carbon
footprint
activity
sensitize
sustainability
digitization
industry,
lossless
compression
aforementioned
datasets
good
solution.
this
article,
new
format
clouds—3DL—is
presented,
effectiveness
which
compared
with
21
available
formats
can
contain
A
total
404
processes
were
carried
out
validate
3DL
file
format.
The
validation
was
based
four
clouds
stored
LAS
files:
two
files
derived
from
ALS
(airborne
laser
scanning),
one
local
coordinate
system
other
PL-2000;
obtained
by
TLS
(terrestrial
same
georeferencing
(local
national
PL-2000).
During
research,
each
saved
101
different
ways
22
formats,
results
then
several
(according
system,
data,
within
single
time
processing).
validated
solution
(3DL)
achieved
CR
(compression
rate)
around
32%
42%
while
best
solutions
reached
15%
34%
TLS.
On
hand,
worst
method
compressed
up
424.92%
(ALS_PL2000).
significant
reduction
size
contributes
consumption
during
storage
clouds,
their
transmission
over
internet
and/or
copy/transfer.
For
all
solutions,
rankings
developed
according
CT
time)
parameters.
Language: Английский
Energy Waste as a Side-Effect of Photovoltaic Development: Net Impact of Photovoltaics on CO2 Emissions in European Union Countries
Energies,
Journal Year:
2024,
Volume and Issue:
18(1), P. 78 - 78
Published: Dec. 28, 2024
Decarbonization
policies
are
being
implemented
in
all
EU
countries
where
renewable
energy
is
developed.
One
of
the
main
sources
used
for
this
purpose
photovoltaic
energy.
However,
development
photovoltaics
does
not
only
mean
environmental
benefits
form
green
and
thus
a
reduction
greenhouse
gas
emissions
from
fossil
fuel
production,
but
also
waste.
The
generates
waste,
some
which
cannot
be
recovered,
turn
has
negative
impact
on
emissions.
aim
article
to
analyse
amount
waste
European
Union
net
Data
Eurostat
Our
World
In
Data.
analysis
will
carried
out
majority
countries,
excluding
smallest
whose
data
may
distort
overall
results.
should
show
PV
analysed
changes
over
period
studied.
results
indicate
whether
decarbonization
similar
across
analysed,
or
there
clusters
due
PV,
them.
Language: Английский