NOLCOS 2013 Keyword Index

A   B   C   D   E   F   G   H   I   L   M   N   O   P   Q   R   S   T  

A Top
Absolute Stability FrA3.1, FrB1.1
Adaptive Observers WeC3.2
Aeronautics WeA3.1
Aerospace ThB2.2
Aerospace and Marine Applications FrA1.2, ThB2.4, WeA2.1
Algebraic Methods ThC3.1, ThC3.2, ThC3.4
Anti-Control and Synchronization FrA3.1, FrA3.2, FrB1.1, FrB1.2
Applications of Observer Design FrA2.2, FrA2.4, FrA3.5, FrB1.3, ThA2.4, ThA3.1
Automotive Systems Marine Systems ThB2.1, ThB2.3, ThB2.4, WeA3.3, WeA3.5
B Top
Backstepping FrB2.1, ThB1.1, WeA1.4, WeA3.3
Bifurcation and Chaos FrA3.2, FrB1.4, FrB1.6
Bilinear Systems ThSPS1.1
Biological and Biomedical Systems FrA2.4, FrB3.5, FrSPS2.1, ThA3.1, WeB2.1, WeB2.3, WeB2.4, WeB2.5, WeB2.6, WeC2.1, WeC2.2, WeC2.3, WeC2.4, WeC2.5
C Top
Chaos Control FrB1.3, FrB1.4
Chemical Process ThA2.6, ThA3.3, WeA2.4, WeB2.2, WeB2.3
Complex Network FrA3.1, FrB1.1, FrB1.4, FrSPS2.1, ThA1.3
Computational Complexity ThC3.1
Computational Efficiency FrA2.5, FrB3.3, ThC2.1, WeB3.2
Control of Mechanical, Electrical and Process Systems FrB2.1, FrPL1.1, ThA2.4, ThA2.5, ThPL1.1, ThSPS2.1, WeSPS2.1
Control of Sampled Data Systems FrA3.4, ThA1.1, ThA1.2, ThA1.3, ThA1.4, ThA1.5, ThB1.2, ThC1.1, WeB2.4
See also Hybrid nonlinear systems
D Top
Dissipativity ThA3.2, ThA3.4, ThSPS1.1, WeA1.1, WeB1.2
Disturbance Atténuation FrB3.6, WeA3.5
Dynamical Systems Techniques ThA3.2, ThB1.1, ThB3.4, ThC1.1, ThC1.2, ThC2.4, WeB3.1, WeC2.4
E Top
Experiment Design ThB2.2, ThB2.5
F Top
Fault Detection FrB1.5
Feasibility and Stability Issues FrB3.1
Filter Design FrA1.1
Fundamental Limitation of Control ThC1.1, ThC1.2
G Top
Geometric Methods FrB2.3, FrB2.5, ThB1.5, ThB2.5, ThB3.1, ThB3.2, ThB3.3, ThB3.4, ThB3.6, ThC1.3, ThC1.5, WeA1.2, WeA2.2, WeB1.2, WeB1.4, WeB1.6
H Top
H-infinity Control FrA1.2, FrA1.3
Hybrid Nonlinear Control Systems ThA1.1, ThA1.6, ThC2.5, WeC1.1, WeC1.4
See also Hybrid nonlinear systems
Hybrid Nonlinear Systems FrB2.4, FrB3.4, ThA1.5, ThB2.3, WeC1.2, WeC1.3, WeC2.5
See also Hybrid nonlinear systems, Hybrid Nonlinear Control Systems, Control of Sampled Data Systems, Discrete Events, Switching Control, Quantized Feedback and Feedback with Communication Constraints, Nonlinear Hybrid Automata
I Top
I/O Stability WeSPS1.1
I/O Stability Methods WeA1.1
Input-To-State Stability FrSPS1.1, WeA1.4, WeA1.5, WeC1.3, WeC1.5, WeSPS1.1
L Top
Linear Algebraic Methods ThB3.3, ThB3.5, ThC3.3, ThC3.5, WeA3.1
Lyapunov Methods FrA1.3, FrA2.5, FrB1.2, FrB1.3, FrSPS1.1, ThA1.2, ThA2.5, ThA2.6, ThA3.3, ThC1.4, ThC2.4, WeA1.3, WeA1.5, WeA3.4, WeA3.5, WeB1.3, WeB1.5, WeB2.3, WeC1.1, WeC1.2, WeC1.5, WeC3.1, WeC3.2, WeC3.4, WePL1.1, WeSPS1.1, WeSPS2.1
Lyapunov Stability Methods FrA1.1, FrA1.4, ThB1.2, WeA1.2
M Top
Manufacturing FrA3.5
Mechatronic Systems FrB2.3, FrB3.4, WeB3.2
Model Based Control FrA3.5, FrB2.1, ThA2.3, WeA3.2, WeC2.1, WeC3.5
N Top
Necessary Conditions ThB3.2, WeC3.3
Network Routing WeC3.3
Nonlinear Cooperative Control FrA2.3, FrB1.2, FrB2.2, FrB2.6, ThA1.3, WeC3.3
Nonlinear Hybrid Automata ThA3.6
See also Hybrid nonlinear systems
Nonlinear Model Predictive Control Theory and Applications FrB3.1, FrB3.2, FrB3.3, FrB3.4, FrB3.5, FrB3.6, ThC2.3
Nonlinear Modeling of Lumped And/Or Distributed Parameter Systems FrA3.3, FrPL1.1, ThA3.2, ThA3.4, ThA3.5, ThA3.6, ThPL1.1, ThSPS2.1, WeC2.2, WePL1.1
Numerical Methods FrA1.5, ThA3.4, ThC1.5, ThC2.1, ThC2.2, WeA2.3, WeA2.4, WeB1.3
O Top
Observability and Observer Design FrA2.1, FrA2.2, FrA2.3, ThA2.1, ThB1.1, ThB1.2, ThB1.3, ThB1.4, ThB1.5, ThC3.4, WeA2.5, WeC3.1
Observer and Filter Design By Observer Error Linearization FrA2.2, FrA2.4
Optimal Control FrA1.4, FrA1.5, FrB3.2, FrB3.3, ThA1.5, ThB2.1, ThB2.2, ThB2.3, ThB3.2, ThC1.4, ThC1.5, ThC3.2, WeA3.3, WeB1.6, WeB2.2, WeB3.1, WeB3.2, WeB3.3, WeB3.4, WeB3.5, WeC1.4
P Top
Parameter Estimation FrB1.5, ThC2.1, ThC2.2, ThC2.5, WeA2.3WeB2.1
Passivity FrA3.3, ThA2.2, ThA2.6, ThA3.5, WeA1.1, WeA1.2, WeB1.4, WeB1.6
Performance Issues ThA2.1, WeB2.6, WeC2.3
Power Systems ThA2.3
Q Top
Quantized Feedback and Feedback with Communication Constraints ThA1.1, ThA1.6
See also Hybrid nonlinear systems
R Top
Robotics FrA2.3, FrB2.2, FrB2.3, FrB2.4, FrB2.5, ThA2.5, ThB2.4, WeA2.1, WeA3.4, WeC1.2, WeSPS2.1
Robustness FrA1.3, FrA1.5, FrB3.5, FrB3.6, FrSPS2.1, ThA2.1, ThC2.3, WeB3.5, WeC2.1, WeC2.3, WeC3.4
S Top
Small Gain Theorems FrSPS1.1, WeA1.3, WeA1.4, WeC1.3
Smart Structures FrPL1.1, ThPL1.1, ThSPS2.1
Stability FrA1.2, FrA1.4, FrA3.2, FrA3.3, FrB2.6, FrB3.1, ThA1.4, ThA2.2, ThC1.2, ThC1.4, ThC2.4, WeA1.3, WeA1.5, WeB1.1, WeB1.2, WeB2.6, WeC1.1, WeC1.5, WeC2.5
Stabilization FrB2.2, FrB2.6, ThA1.2, ThA2.4, ThA3.5, ThB2.5, ThC1.3, ThC3.5, ThSPS1.1, WeA2.2, WeA3.4, WeB1.1, WeB1.3, WeB1.4, WeB1.5, WeB2.1, WeB2.4, WeB2.5, WeC2.4, WeC3.1, WeC3.2, WeC3.4, WePL1.1
State Estimation and Applications FrA2.1, FrA2.5, FrB1.5, ThB1.3, ThB1.4, ThB1.5, WeA2.4, WeA2.5
Switching Control ThA1.4, ThA2.3, ThC3.5
See also Hybrid nonlinear systems
System Inversion ThA3.3, ThC2.5
System Structure Identification FrB2.4
T Top
Time Optimal Control WeB2.2, WeB3.3, WeB3.4, WeB3.5