|
A
|
|
Autonomous
Ssystems
|
ThAA.3,
ThAC.3, ThBA.1, WeAA.1, WeAA.3, WeAA.4, WeAA.5, WeBC.1, WeCA.3, WeCB.2, WeCC.2
|
|
B
|
|
Bond graphs
|
WeBB.1
|
|
C
|
|
Control
algorithms implementation
|
ThCA.3,
ThCA.4, WeBC.2, WeCB.3
|
|
Control
applications
|
FrAB.1,
ThAB.2, ThAC.5, ThBA.1, ThBC.2, ThCA.1, ThCC.4, WeAA.1, WeAA.2, WeAA.3, WeAB.1, WeAB.2, WeBA.1, WeBA.2, WeBA.3, WeBB.2, WeBB.5, WeBC.1, WeBC.3, WeBC.4, WeBC.5, WeCA.1, WeCA.2, WeCA.3, WeCA.4, WeCA.5, WeCC.5
|
|
Control education
|
WeCA.5
|
|
Control of
telecommunications systems
|
FrAB.2,
ThAA.5
|
|
E
|
|
Estimations
and identification
|
ThAA.1,
ThBC.1, ThCC.4, WeAB.1, WeAB.2, WeAB.3, WeBB.2, WeBC.2
|
|
F
|
|
Fault
detection and Diagnostics
|
ThAA.1,
ThAB.1, ThAB.2, ThAB.3, ThAB.4, ThAB.5, WeBB.1, WeBB.2, WeBB.3, WeBB.4, WeBB.5
|
|
Fuzzy and
neural systems
|
FrAA.1,
ThAA.4, ThAC.2, ThBA.5, WeAA.1, WeAA.2, WeAA.5, WeAC.1, WeAC.2, WeAC.3, WeAC.4
|
|
G
|
|
Guidance
and control theory
|
ThAC.1,
WeCC.3
|
|
I
|
|
Industrial
control
|
ThCA.2,
WeBA.1, WeBB.3, WeCC.1
|
|
Intelligent
and AI based control
|
ThAA.2,
ThBA.1, ThBC.1, WeAC.4
|
|
L
|
|
Linear and
nonlinear systems
|
FrAA.1,
FrAA.2, FrAA.3, FrAA.4, FrAB.3, FrAB.4, ThAC.1, ThAC.2, ThBA.2, ThBA.3, ThBA.4, ThBC.2, ThCA.1, ThCA.3, ThCA.4, WeAA.4, WeAA.5, WeAB.1, WeAB.3, WeBA.2, WeBC.1, WeBC.2, WeBC.3, WeBC.4, WeBC.5, WeCA.2, WeCB.4, WeCC.1, WeCC.2, WeCC.3, WeCC.4, WeCC.5
|
|
M
|
|
Manufacturing
systems
|
ThCA.2
|
|
Mathematical
systems theory
|
ThAC.2,
ThAC.3, ThBA.4, WeCC.2, WeCC.3
|
|
Mechatronics
|
ThCA.1
|
|
Modeling
and simulation
|
FrAA.5,
ThBC.1, ThBC.2, ThBC.3, ThBC.4, ThBC.5, ThCC.1, ThCC.2, ThCC.3, ThCC.5, WeAB.2, WeBA.4, WeBB.3, WeBB.4, WeBC.3, WeCB.1, WeCC.4, WeCC.5
|
|
Modeling of
complex systems
|
ThAC.4,
WeCC.4
|
|
Motion control
|
ThAA.2,
ThAA.3, ThAA.4, WeAA.4, WeBA.1, WeCA.1
|
|
Multivariable
control
|
FrAA.2,
FrAA.4, FrAB.4, ThBA.2, ThBA.3, ThBA.4, ThBA.5, ThCA.3, ThCA.4, WeBA.3
|
|
O
|
|
Optimal control
|
ThAB.1,
ThAC.4, WeAC.2, WeBA.2, WeBA.3, WeBC.5
|
|
Optimization
|
FrAB.5,
ThAC.3, ThAC.5, ThCC.2, WeAC.1, WeCA.1, WeCB.1, WeCB.2, WeCB.3, WeCB.4
|
|
P
|
|
Power systems
|
ThAC.5,
ThBB.3, ThBB.4, ThBC.3, ThBC.4, ThCC.1, WeAC.3, WeBA.4, WeCA.2, WeCB.2
|
|
Process
control and instrumentation
|
ThCA.2,
WeCB.3
|
|
R
|
|
Real time systems
|
FrAB.5,
WeCA.3
|
|
Renewable Energy
|
ThBB.1,
ThBB.2, ThBB.3, ThBB.4, ThBC.4, ThBC.5, ThCC.1, ThCC.2, WeAC.3, WeAC.4, WeBA.4, WeBB.4
|
|
Robotics
|
ThAA.1,
ThAA.2, ThAA.3, ThAA.4, ThAA.5, WeAA.2, WeAA.3, WeAB.3, WeAC.1
|
|
Robust
control and Hinfty control
|
FrAA.1,
FrAA.2, FrAA.3, FrAA.4, FrAB.1, ThAB.1, ThBA.2, ThBA.3, ThCC.4, WeBB.5, WeCB.4, WeCC.1
|
|
S
|
|
Signal processing
|
ThAA.5,
ThAB.2, ThCC.3
|
|
Stochastic
control
|
ThAC.4
|
|
T
|
|
Time-delay
systems
|
FrAB.1,
FrAB.2, FrAB.3, FrAB.4, FrAB.5, ThAB.3, ThBA.5
|
|
Transportation
systems
|
WeAC.2
|
