A novel Ethernet based processing system for remote source harmonic detection
Mazin Rejab Khalil,
No information about this author
Laith A. Mohammed,
No information about this author
Omar N. Yousif
No information about this author
et al.
TELKOMNIKA (Telecommunication Computing Electronics and Control),
Journal Year:
2023,
Volume and Issue:
21(2), P. 400 - 400
Published: Feb. 12, 2023
This
work
is
carried
out
to
objectively
establish
a
new
method
detect
harmonics
and
measure
the
total
harmonic
distortion
(THD)
in
remote
source,
such
as
high
voltage
transformer.
The
proposed
approach
utilized
embedded
design
techniques
construct
an
processor
system
with
Ethernet
intellectual
property
core
acquire
data
from
source.
designed
has
several
notable
merits,
namely,
it
portable
that
can
be
applied
field,
avoids
workers
being
subject
hazard
shock
well
its
simplicity
accuracy.
detection
analysis
are
achieved
by
inserting
microcontroller
near
transformer
necessary
transmit
used
analyze
harmonics.
systems
connected
wide-area
network
(WAN)
through
transmission
control
protocol/internet
protocol
(TCP/IP)
protocols.
accommodated
perform
128
points
fast
Fourier
transform
for
detection.
Matlab
simulations
validate
results.
It
found
results
match
very
accurately
simulation
error
of
less
than
0.02%.
Language: Английский
Self-Driving Car for a Smart and Safer Environment – A Review
Sanjay S Tippannavar,
No information about this author
S D Yashwanth
No information about this author
Journal of Electronics and Informatics,
Journal Year:
2023,
Volume and Issue:
5(3), P. 290 - 306
Published: Sept. 1, 2023
The
frequent
human
errors
while
driving
causes
awful
events
ending
up
in
significant
amount
of
road
accidents.
Today's
traffic
forums
insist
drivers
to
pay
careful
attention
the
signals
that
are
simultaneously
notified
through
different
sources.
two
major
effects
reckless
increased
and
fatalities.
More
accidents
occur
as
a
result
common
made
by
people,
such
talking
on
phone
or
playing
loud
music
driving.
Automated
detection
real-time
monitoring
may
significantly
enhance
assist
safety.
usage
automated
is
more
important
nowadays,
technology
seeking
for
automation
every
area.
potential
autonomous
vehicles
travel
highways
roads
offers
people
with
wide
range
opportunities,
from
improving
safety
fundamentally
altering
way
person
gets
about.
Additionally,
recent
increases
accidents,
which
have
been
connected
both
an
increase
number
automobiles
negligent
part
drivers,
it
appears
owning
car
now
necessary.
Self-driving
cars
ability
sense
their
surroundings
enabled
LiDAR,
Radar,
GPS,
cameras.
Autonomous
cars'
main
benefit
decreased
risk
If
these
widely
available
well-engineered,
reduced
fuel
use
could
help
reducing
pollution.
pre-installed
features
including
lane
identification,
obstacle
recognition,
sign
detection,
enables
go
independently
one
place
another.
This
review
article
be
used
quick
guide
professionals
experimenting
self-driving
various
technologies.
Language: Английский
Design of a Mobile Surveillance System using GPS Navigation and Trajectory Control via waypoints
Marcelo Quispe Ccachuco,
No information about this author
César Castillo Cáceres,
No information about this author
Paulo Tejada Benavides
No information about this author
et al.
Proceedings of the 20th LACCEI International Multi-Conference for Engineering, Education and Technology: “Education, Research and Leadership in Post-pandemic Engineering: Resilient, Inclusive and Sustainable Actions”,
Journal Year:
2022,
Volume and Issue:
unknown
Published: Jan. 1, 2022
Object
recognition
is
essential
in
any
surveillance
system.Being
important
to
identify
the
entry
of
intruders
a
home
or
parking
restricted
places,
are
some
actions
that
performed
during
routine.However,
performance
these
systems
turns
out
be
inefficient
because
they
remain
static
and
many
cases
their
viewing
angle
very
limited.Therefore,
we
believe
mobile
system
would
more
efficient
reducing
citizen
insecurity
closed
housing
estates,
shopping
centers
condominiums.Since
being
monitoring
not
have
disadvantages
present
security
have.
Reason
why,
this
project
proposed
design
application
patrol
robot
with
autonomous
navigatio
n,
which
able
monitor
travel
specified
route.
This
path
can
defined
by
user,
who
when
recording
waypoint
rob
o
t
will
move
location
relatively
straight
line,
allowing
navigate
from
one
point
another
preprogrammed.
The
navigation
done
GPS,
but
only
using
signal.
Since,
although
it
true
gives
us
information
about
position
speed
topological
form,
does
show
if
there
obstacles
way.For
seek
merge
GPS
sensor-based
one,
collects
help
microprocessor
serves
for
make
decisions,
since
sought
completely
autonomous.Finally,
capture
images
camera,
storing
them
its
internal
memory.These
im
ges
then
sent
user
real
time
so
analyze
detect
anomaly
act
shortest
possible
time.
Language: Английский