Civil Engineering Reference
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dx
(
)
1,2
=−
ω
y
−
z
+
Cxx
−
1, 2
1, 2
1, 2
2 ,1
1, 2
dt
dy
1,2
=−
ω
x y
+
1, 2
1, 2
1, 2
dt
dz
(
)
1, 2
=+
dz x c
−
1, 2
1, 2
dt
ω
=±Δ
1
1,2
The dynamic equations governing the first and the second
Rössler oscillator correspond, respectively, to the indices 1
and 2. The coupling between the two systems occurs by way
of the last term in the equation
dx
1, 2
dt
. The parameters
0.15
,
and
c
10
are fixed for both oscillators. The
e
=
=
d
=
0.2
coupling
C
varies and
Δ=
0.015
. The system's phase
()
and
φ
t
()
amplitude
At
are determined using the concept of an
analytical signal [PAP 82].
Figure 4.37.
Perfect phase synchronization between two coupled Rössler
oscillators. This figure is adapted from [ROS 96]. See the text of that
publication for details
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