International Teacher Education Conference 2014 1

International Teacher Education Conference 2014
Drive/Master Sys. Equations :
.
X = −KX
+ LY − YZ
.
Y = X
.
Z = −Z
+ Y
2
(2)
Sub Sys.1 Equations :
.
Y'
= X
.
2
Z'
= −Z'
+ Y'
(3)
Sub Sys.2 Equations :
X'
' = −KX
''
+ LY'
−Y
' Z'
'
.
.
Z'
' = −Z'
' + Y'
2
(4)
By modeling the equations (2), (3), (4) via simulink shown as Figure-7- pecora-carroll synchronization model
can be investigated.
The variables of the rucklidge oscillators(Master&Sub) are; K = 2 , L = 6. 7
Initial Values of ruklidge oscillators are; Drive/Master Sys.(Oscillator1) X(0) = 1, Y(0) = 0, Z(0) = 4.
5
Sub Syst. (Oscillator2), X(0) = 1. 1, Y(0) = 0, Z(0) = 4.
6
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