Compensation Tags
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The following links have been tagged Compensation by users just like you, because these resources are off-site we cannot guarantee the accuracy or quality of any third-party information.
- Using the
extensible
model checker
xtl to verify
stac business
specifications: (2003)StAC is
a business
specification
language that
has been
developed as
part of a
partnership
program
between IBM UK
Labs. and the
University of
Southampton.
It is highly
desirable for
Business
specification
languages like
StAC to have a
way to explore
the
correctness of
specifications
. We provide
some details
about how XTL
can provide
model checking
capabilities
for StAC and
why it proved
to be more
successful
than SPIN and
STeP in that
sense.
Source: (2003) - Phase response
design of a
polarization-m
aintaining
fiber loop
mirror for
dispersion
compensation: Photonics
Technology
Letters, IEEE,
Vol. 15, No.
5. (2003), pp.
715-717.We
propose a
simple
dispersion-com
pensation
filter using a
polarization-m
aintaining
fiber loop
mirror. Due to
the fact that
the proposed
filter is
spectrally
periodic and
has a
relatively
large
dispersion, it
can be used as
a multichannel
dispersion
compensator.
The measured
delay
characteristic
agrees with
the theory.
The delay
characteristic
can be tuned
by changing
the
power-coupling
coefficient of
the variable
coupler in the
loop mirror.
Source: Photonics Technology Letters, IEEE, Vol. 15, No. 5. (2003), pp. 715-717. - Compensation
of global
movement for
improved
tracking of
cells in
time-lapse
confocal
microscopy
image
sequences: Medical
Imaging 2007:
Image
Processing,
Vol. 6512, No.
1.
(2007)(publish
ed online Mar.
5, 2007) A
bottleneck for
high-throughpu
t screening of
live cells is
the automated
analysis of
the generated
image data. An
important
application in
this context
is the
evaluation of
the duration
of cell cycle
phases from
confocal
time-lapse
microscopy
image
sequences,
which
typically
involves a
tracking step.
The tracking
step is an
important part
since it
relates
segmented
cells from one
time frame to
the next.
However, a
main problem
is that often
the movement
of single
cells is
superimposed
with a global
movement. The
reason for the
global
movement lies
in the
high-throughpu
t acquisition
of the images
and the
repositioning
of the
microscope. If
a tracking
algorithm is
applied to
these images
then only a
superposition
of the
microscope
movement and
the cell
movement is
determined but
not the real
movement of
the cells. In
addition,
since the
displacements
are generally
larger, it is
more difficult
to determine
the
correspondence
s between
cells. We have
developed a
phase-correlat
ion based
approach to
compensate for
the global
movement of
the microscope
by registering
each image of
a sequence to
a reference
coordinate
system. Our
approach uses
a windowing
function in
the spatial
domain of the
cross-power
spectrum. This
allows to
determine the
global
movement by
direct
evaluation of
the phase
gradient,
avoiding phase
unwrapping. We
present
experimental
results of
applying our
approach to
synthetic and
real image
sequences. It
turns out that
the global
movement can
well be
compensated
and thus
successfully
decouples the
global
movement from
the individual
movement of
the cells.
Source: Medical Imaging 2007: Image Processing, Vol. 6512, No. 1. (2007) - Head motion
and latency
compensation
on
localization
of 3D sound in
virtual
reality: (1997), pp.
15-20.
Source: (1997), pp. 15-20. - Query caching
and view
selection for
XML databases: (2005), pp.
469-480.
Source: (2005), pp. 469-480.
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