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Last updated on January 11, 2023. This conference program is tentative and subject to change
NOLCOS 2022 Keyword Index
A
B
C
D
F
G
H
I
L
M
N
O
P
Q
R
S
T
V
A | Top |
Adaptive Filters | FrA2.2 |
Aerospace | FrA3.1, FrSP1.2 |
Aerospace and Marine Applications | ThC2.1, WeC3.2 |
Algebraic Methods | WeA3.1 |
Applications of Observer Design | FrB2.2, FrB2.3, ThC3.1, WeB2.1, WeB3.2 |
Automotive Systems Marine Systems | FrA3.2, WeS1.1 |
B | Top |
Bifurcation and Chaos | ThA2.2, ThA2.5 |
Bilinear Systems | FrB2.5, ThA2.1, WeB3.1, WeC3.3 |
Biological and Biomedical Systems | FrA2.1 |
C | Top |
Computational Efficiency | WeS1.2 |
Control of Mechanical, Electrical and Process Systems | ThA3.5, ThC2.4, WeS1.3 |
Control of Sampled Data Systems | FrB3.3, FrB3.4, ThA3.5, WeC2.1 |
D | Top |
Dissipativity | FrA2.3, WeB3.5 |
Disturbance Atténuation | ThA2.4, WeC3.1 |
Dynamical Systems Techniques | FrA3.1, FrA3.4, FrA3.5, FrB2.4, ThA2.2, ThA2.3, ThA2.5, ThA3.4, WeC3.2, WeC3.3 |
F | Top |
Fault Detection | WeB2.1, WeB3.2 |
Feasibility and Stability Issues | ThA3.2, WeA3.2, WeC3.1 |
Filter Design | FrB2.1, WeB2.2, WeB2.4, WeB2.5 |
G | Top |
Geometric Methods | ThA2.3, ThA3.5, WeB3.1, WeC2.1, WeC2.3, WeS1.1 |
H | Top |
Hybrid Nonlinear Control Systems | FrA2.5, FrB3.2, FrB3.3, WeA2.1, WeS1.1 |
Hybrid Nonlinear Systems | FrB3.1 |
I | Top |
Input-To-State Stability | FrA2.1, FrA2.4, FrA2.5, ThC2.3, WeA2.1, WeA2.2 |
L | Top |
Linear Algebraic Methods | WeB3.1 |
Lyapunov Methods | FrA2.1, FrA2.4, FrA3.2, FrA3.3, FrA3.5, ThA2.1, ThA2.4, ThA2.5, ThC3.2, ThC3.3, WeA2.1, WeA2.2, WeA2.3, WeA2.4, WeA2.5, WeB3.4, WeC2.4 |
Lyapunov Stability Methods | ThC3.4 |
M | Top |
Marine Systems | FrP1.1 |
Mechatronic Systems | FrA3.2, FrA3.3, FrA3.4, ThA2.2, WeA3.1 |
Model Based Control | ThA3.1, WeA3.4 |
N | Top |
Necessary Conditions | ThA3.4 |
Nonlinear Cooperative Control | ThA2.3 |
Nonlinear Model Predictive Control Theory and Applications | ThA3.2, WeB3.3, WeC3.1 |
Nonlinear Modeling of Lumped And/Or Distributed Parameter Systems | ThC3.2, WeB3.4, WeB3.5 |
Numerical Methods | ThC2.2, WeA2.4, WeB3.3, WeC2.3 |
O | Top |
Observability and Observer Design | FrB2.2, FrB2.3, FrB3.2, FrSP1.1, WeB2.3, WeB2.4 |
Observer and Filter Design By Observer Error Linearization | FrB2.1, WeB2.1 |
Optimal Control | FrB2.5, ThA3.4, WeA3.1, WeA3.2, WeA3.3, WeA3.4, WeC3.2, WeC3.3, WeS1.2 |
Optimization and Scheduling | ThSP1.1, WeA3.2, WeA3.5 |
P | Top |
Parameter Estimation | FrB3.1, ThC2.1, ThC2.2, ThC2.3, ThC3.3, ThC3.4, WeB3.3 |
Passivity | FrB3.2, ThA2.1, ThA2.4, ThP1.1, WeB3.5 |
Performance Issues | FrA3.3, FrB2.5 |
Q | Top |
Quantized Feedback and Feedback with Communication Constraints | FrB3.3 |
R | Top |
Robotics | FrA3.4, FrSP1.2, ThC2.4, ThC3.1, ThSP1.2, WeA3.3, WeS1.3 |
Robustness | FrA2.2, WeA3.5 |
S | Top |
Small Gain Theorems | FrA2.4, WeA2.4 |
Stability | FrA2.3, FrA2.5, FrA3.1, FrB3.4, ThA3.2, ThC2.4, ThC3.2, WeA2.2, WeA2.5, WeB3.4 |
Stability, learning based control | WeP1.1 |
Stabilization | FrA2.2, FrA2.3, FrB3.4, ThC3.3, ThC3.4, WeA2.5, WeA3.5, WeC2.3 |
State Estimation and Applications | FrB2.1, FrB2.2, FrB2.3, FrB2.4, ThC3.1, WeB2.2, WeB2.4, WeB2.5 |
System Structure Identification | ThC2.1, ThC2.2, ThC2.3, WeB2.5 |
T | Top |
Time Optimal Control | WeA3.3, WeA3.4 |
Transportation Systems | FrA3.5 |
V | Top |
Variable Structure Control and Sliding Mode | WeB3.2, WeC2.4 |
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