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BACKGROUND STABILIZATION AND MOTION DETECTION IN LAUNCH PAD VIDEO MONITORING
Access this item.
Title
BACKGROUND
STABILIZATION
AND
MOTION
DETECTION
IN
LAUNCH
PAD
VIDEO
MONITORING
Author
Gopalan, Kaushik
Keywords
debris tracking
background stabilization
motion detection
Abstract
Automatic
detection
of
moving
objects
in
video
sequences
is
a
widely
researched
topic
with
application
in
surveillance
operations.
Methods
based
on
background
cancellation
by
frame
differencing
are
extremely
common.
However
this
process
becomes
much
more
complicated
when
the
background
is
not
completely
stable
due
to
camera
motion.
This
thesis
considers
a
space
application
where
surveillance
cameras
around
a
shuttle
launch
site
are
used
to
detect
any
debris
from the
shuttle.
The
ground
shake
due
to the
impact
of the
launch
causes
the
background
to be
shaky.
We
stabilize
the
background
by
translation
of
each
frame
, the
optimum
translation
being
determined
by
minimizing
the
energy
difference
between
consecutive
frames.
This
process
is
optimized
by
using
a
sub-image
instead
of the
whole
frame
, the
sub-image
being
chosen
by
taking
an
edge
detection
plot
of the
background
and
choosing
the
area
with
greatest
density
of
edges
as the
sub-image
of
interest.
The
stabilized
sequence
is
then
processed
by
taking
the
difference
between
consecutive
frames
and
marking
areas
with
high
intensity
as the
areas
where
motion
is
taking
place.
The
residual
noise
from the
background
stabilization
part
is
filtered
out
by
masking
the
areas
where
the
background
has
edges
, as these
areas
have the
highest
probability
of
false
alarms
due
to
background
motion.
Adviser
Kasparis, Takis
Publisher
University
of
Central
Florida
Degree
M.S.E.E.
Degree Discipline
Department of Electrical and Computer Engineering
Degree Grantor
Engineering and Computer Science
Degree Program
Electrical Engineering
Graduation Date
2005-12-01
Type
Master's thesis
Access Level
Public - Allow Worldwide Access
Release Date
2006-01-09
Repository
University Archives
Repository Collection
Electronic Theses and Dissertations
Identifier
CFE0000801
Access Link
http://purl.fcla.edu/fcla/etd/CFE0000801
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