JUNE 29 - JULY 2, 2021 DE DOELEN ICC ROTTERDAM, NL
  
2021 European Control Conference (ECC)
June 29 - July 2, 2021, Rotterdam, NL

Program at a Glance    Wednesday    Thursday    Friday    Author Index    Keyword Index  

Last updated on June 19, 2021. This conference program is tentative and subject to change

ECC'21 Keyword Index

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

ATop
Adaptive controlFrA11.1, FrA11.2, FrA11.3, FrA11.4, FrA11.5, FrA11.6, FrA4.2, FrA4.6, FrA7.3, FrB10.4, FrB11.1, FrB11.4, FrB11.6, FrB7.1, ThA9.2, ThB11.1, ThB6.4, ThB9.1, WeA04.4, WeB01.1, WeB07.4
Adaptive systemsFrA11.6, FrA6.3, FrB11.2, FrB11.3, FrB11.5, ThA10.1, ThB7.5, ThB9.2, WeA07.1, WeA09.1, WeB01.2, WeB04.1, WeB09.6, WeB11.6
AerospaceFrA1.6, FrA2.2, FrA6.1, FrA6.6, FrB12.1, FrB5.1, ThB10.1, ThB10.2, ThB10.3, ThB10.4, ThB10.5, ThB10.6, ThB3.5, WeB10.1, WeB12.1
Agents and autonomous systemsFrA1.6, FrA5.1, FrB1.1, FrB2.2, FrB5.4, FrPA1.1, ThA2.2, ThA5.1, ThA5.2, ThB7.1, WeA11.1, WeB05.1, WeB10.1, WeB10.2, WeB10.3, WeB10.4, WeB10.5, WeB10.6
See also Autonomous Systems
Agents networksFrB12.2, FrB6.4, ThA5.5, ThB2.4, ThB5.1, ThB5.5, WeA10.1, WeA10.6, WeB02.1, WeB10.6, WeB11.2
Algebraic/geometric methodsThA3.1, WeA11.3, WeA11.4
Applications in neuroscienceThA7.1, ThB5.2
See also Biological Systems
AutomataWeA02.1, WeA02.5, WeB08.5
See also Discrete Event Systems
AutomotiveFrA1.1, FrA1.3, FrA1.4, FrA4.1, FrA5.1, FrB10.5, FrB4.1, ThA1.1, ThA1.2, ThA1.3, ThA1.4, ThA1.5, ThA1.6, ThA12.1, ThA8.1, ThB1.1, ThB1.2, ThB1.3, ThB1.4, ThB1.5, ThB1.6, ThB6.1, ThB7.4, WeA04.1, WeA12.1, WeB01.1, WeB01.2, WeB01.3, WeB01.4, WeB01.5, WeB01.6, WeB11.6
Autonomous robotsFrB1.5, FrB6.1, ThA7.3, ThA7.4, ThA7.5, ThB1.1, ThB7.1, ThB7.2, ThB7.4, ThB7.5, ThB7.6, WeB07.1, WeB07.2, WeB07.3
See also Autonomous Systems
Autonomous systemsFrA12.1, FrA7.1, FrB1.2, FrB1.3, FrB1.6, FrB5.1, FrB5.2, ThA12.2, ThA7.3, ThB10.1, ThB11.2, ThB11.4, ThB11.6, ThB4.3, ThB4.6, ThB7.1, ThB7.3, ThB8.1, WeA05.5, WeA07.2, WeA07.4, WeA11.6, WeB01.3, WeB07.2, WeB10.1
See also Autonomous Systems, Agents and autonomous systems, Autonomous robots, Cooperative control, UAV's
BTop
Behavioural systemsThA2.1, ThB2.3, ThB2.5, WeB11.4
See also Modeling
Biological systemsFrA10.1, FrB10.3, WeA09.1, WeA09.2, WeA09.3, WeA09.4, WeA09.5, WeA09.6, WeA10.2, WeB09.1, WeB09.2, WeB11.1
See also Biological Systems, Applications in neuroscience, Biomedical systems, Biomolecular systems, Cellular dynamics, Genetic regulatory systems, Metabolic systems
Biomedical systemsFrA4.5, WeA09.2, WeA09.4, WeB09.3, WeB09.6
See also Biological Systems
Biomolecular systemsWeB09.4, WeB12.4
See also Biological Systems
CTop
Cellular dynamicsWeA09.2, WeB09.5
See also Biological Systems
Chaotic systemsWeA09.3
Chemical process controlThB12.1
Communication networksFrA1.2, ThA5.3, WeB02.3
Complex systemsFrB2.1, ThB12.3
Computational methodsFrA3.2, FrA4.4, FrA6.4, FrB11.1, FrB12.1, FrB12.2, FrB12.3, FrB12.4, FrB12.5, FrB12.6, ThA1.2, ThB2.1, ThB3.1, ThPB3.1, WeA03.4, WeB06.2, WeB09.4
See also Computational Methods, Computer aided control design, LMI's/BMI's/SOS's
Computer aided control designFrB12.6, WeA01.4
See also Computational Methods
Computer aided learningThB11.5, WeSP3.1
See also Control Education
Computer networksThA5.3
Concensus control and estimationFrA12.2, FrB2.2, ThA2.3, ThA5.1, ThA5.3, ThA5.4, ThA5.6, ThB5.3, WeB05.1
Constrained controlFrA5.2, ThA10.2, ThA12.2, ThA4.2, ThA9.1, ThB6.2, WeA06.3, WeB10.2
Control courses and labsThB11.5, WeSP3.1
See also Control Education
Control educationThB11.5, WeSP3.1
See also Control Education, Computer aided learning, Control courses and labs
Control of metal processingFrB10.6
Control over communicationWeA05.4, WeA05.5, WeB02.3
Control over networksFrA11.6, FrB6.2, FrB8.1, FrB9.1, ThA2.4, ThB5.1, ThB5.4, ThTS.1, WeA05.3, WeA05.4, WeA07.1, WeB05.6, WeTS.1
Cooperative autonomous systemsFrA1.2, FrA1.6, FrB11.6, FrB5.6, ThA2.2, ThA5.2, ThB5.6, WeA02.4, WeA10.1, WeA10.3, WeA10.6, WeB02.1, WeB02.4, WeB04.5, WeB09.1
Cooperative controlFrA1.2, FrA1.3, FrA1.4, FrA2.6, FrB1.4, FrB5.1, FrB5.3, ThA2.3, ThA7.5, WeA01.1, WeB02.1, WeB02.2, WeB04.6, WeB07.5
See also Autonomous Systems
DTop
Decentralized controlFrB5.4, WeB07.3
See also Large-Scale Systems
Delay systemsFrA11.1, FrA11.2, FrB8.1, FrB8.2, FrB8.3, WeA03.1, WeA12.2, WeA12.5, WeA12.6
See also Distributed Parameter Systems
Differential algebraic systemsThA11.1, ThB9.3, WeA08.4
See also Modeling
Discrete event systemsFrB11.2, WeA02.1, WeA02.5, WeA08.1, WeB08.1, WeB08.6, WeB11.3
See also Discrete Event Systems, Automata, Petri nets, Queueing systems, Supervisory control
Distributed controlFrA12.2, FrA5.1, FrA5.2, FrA5.4, FrA5.5, FrA5.6, FrB4.3, FrB5.2, FrB5.3, ThB2.2, WeA02.2, WeA06.4, WeA06.5, WeB02.2, WeB07.4
See also Large-Scale Systems
Distributed cooperative control over networksFrA5.2, FrB11.6, FrB12.2, FrB5.3, FrB5.5, ThA2.3, ThA5.6, WeB05.1, WeB11.2
Distributed estimation over sensor netsFrA5.3, WeA03.2, WeB10.6
Distributed parameter systemsFrA10.4, FrA8.1, FrA8.4, FrB11.1, FrB8.1, FrB8.2, FrB8.3, FrB8.4, FrB8.5, FrB8.6, ThB2.4
See also Distributed Parameter Systems, Delay systems, Flexible structures, Fluid flow systems
ETop
Electrical machine controlFrB3.5, FrB9.3, ThA1.3
Electrical power systemsFrA12.3, FrA6.2, FrA9.1, FrA9.2, FrA9.3, FrA9.4, FrA9.5, FrA9.6, FrB9.1, FrB9.2, ThA11.2, ThA9.4, ThA9.5, ThB6.2, ThB8.2, ThB9.5, WeB02.2, WeB02.6
Emerging control applicationsThA10.3, ThA9.2, ThB6.3, WeA01.3, WeB02.5, WeB04.2, WeSP2.1
Emerging control theoryThA2.4, ThA3.2, ThA3.5
Energy systemsFrA6.2, FrA9.5, FrB10.1, FrB10.2, FrB9.2, FrB9.3, FrB9.5, FrB9.6, ThA9.1, ThA9.2, ThA9.3, ThA9.4, ThA9.6, ThB9.1, ThB9.2, ThB9.3, ThB9.4, ThB9.5, ThB9.6, ThSP2.1, WeA06.1, WeB02.6, WeB11.4
FTop
Fault detection and identificationFrA1.1, FrA10.2, FrA10.3, FrA2.1, FrA2.2, FrA2.3, FrA2.4, FrA2.5, FrB2.5, ThA2.5, ThB2.6, WeA02.2, WeA02.3, WeB03.3
Fault diagnosisFrA1.1, FrA10.2, FrA10.3, FrB2.4, FrB2.5, FrB3.1, ThB2.3, WeA02.3, WeB02.4
Fault estimationFrB2.1, FrB3.1, ThA2.5, ThB8.6, WeA02.3
Fault tolerant systemsFrA2.3, FrB11.2, FrB2.2, FrB2.3, ThA10.2, ThA12.3, ThA7.1, ThB10.5, ThB10.6, ThB2.4, WeA01.2, WeA02.1, WeB01.3, WeB08.1
Feedback linearizationFrA7.1, FrA7.4, ThA3.1, ThA3.2, WeA07.3
FilteringFrA4.1, FrA5.3, FrB3.6, FrPA1.1, ThB4.5, WeA11.2, WeA11.5, WeB11.5, WeB11.6
See also Signal Processing
Flexible structuresFrA8.1, WeB07.6
See also Distributed Parameter Systems
Fluid flow systemsFrB8.6, FrB9.6, ThA10.4, ThB3.4
See also Distributed Parameter Systems
GTop
Game theoretical methodsThA2.1, WeA10.1, WeA10.2, WeA10.3, WeA10.4, WeA10.5, WeA10.6, WeB10.4
See also Optimization
Genetic regulatory systemsFrA10.1, WeB11.1
See also Biological Systems
HTop
H2/H-infinity methodsFrA1.3, FrA2.1, FrA7.2, FrA8.2, FrA9.1, FrB2.3, FrB3.4, ThB2.2, ThB5.3, WeA12.1, WeB03.2
See also Optimization
Hybrid systemsFrB11.5, FrB6.2, FrB7.1, FrB7.2, ThA1.1, ThA5.2, ThA8.1, ThA8.6, WeB05.6, WeB08.3, WeB08.4, WeB08.5, WeB10.2
See also Hybrid Systems, Quantized systems, Stability of hybrid systems, Switched systems
ITop
IdentificationFrA2.2, FrA4.5, FrB4.1, FrB4.2, FrB4.5, ThA11.2, ThA11.3, ThB9.4, WeA03.4, WeA07.5, WeA10.2, WeA11.3, WeA11.4
Identification for controlFrA11.3, FrA4.6, FrA9.2, FrB11.3, FrB4.3, FrB4.4, ThA1.5, ThA10.3, ThA11.5, ThB1.2, WeA06.6, WeB01.4, WeB04.4
Intelligent systemsThB4.4, ThB4.5, WeB04.6
See also Intelligent Systems, Fuzzy systems, Machine learning, Neural networks
Iterative learning controlThA4.1, ThA4.3, ThA4.4, ThA4.6, ThA9.3, ThB9.4, WeA06.1, WeB09.6
LTop
Large-scale systemsFrA8.2, FrB12.1, FrB5.5, ThA10.4, ThB5.4, ThTS.1, WeA04.2, WeA06.2
See also Large-Scale Systems, Decentralized control, Distributed control
Linear parameter-varying systemsFrA7.5, FrB2.1, FrB4.1, FrB4.2, ThB10.2, ThB6.1, ThB6.4, ThB6.5, WeA05.1, WeA12.1, WeB12.2
See also Linear Systems
Linear systemsFrA11.2, FrA6.3, FrA6.5, FrA8.1, FrA8.3, FrA8.4, FrB12.5, FrB4.5, ThA11.5, ThA12.3, ThA2.4, ThA2.5, ThA8.1, ThB2.5, WeA03.1, WeA03.2, WeA03.3, WeA03.4, WeA03.5, WeA12.2, WeB01.6, WeB02.5, WeB03.1, WeB03.3, WeB03.5, WeB03.6, WeB05.4
See also Linear Systems, Linear parameter-varying systems, Linear time-varying systems, Observers for linear systems, Predictive control for linear systems, Sampled data control, Stability of linear systems
Linear time-varying systemsFrA10.5, FrA11.3, ThA8.3, ThB5.2, WeB01.1, WeB03.2, WeB03.4
See also Linear Systems
LMI's/BMI's/SOS'sFrB12.3, FrB9.1, ThA11.5, ThA8.5, ThB2.2, ThB3.2, WeA05.1, WeA08.2
See also Computational Methods
Lyapunov methodsFrA1.5, FrA10.4, FrA3.1, FrA3.3, FrA3.5, FrA8.5, FrA8.6, FrB3.2, FrB9.2, ThB3.1, ThB3.4, ThB3.6, ThB4.2, WeA05.2, WeA08.3, WeB05.3, WeB05.6, WeB08.2
MTop
Machine learningFrA12.4, FrA4.6, FrPB2.1, ThB11.4, ThB12.2, ThB3.2, ThB4.1, ThB4.2, ThB6.3, ThSP1.1, WeA01.3, WeA04.1, WeA04.2, WeA04.3, WeA04.5, WeA04.6, WeA07.2, WeA07.3, WeB04.1, WeB04.2, WeB04.3, WeB04.4, WeB06.1, WeB11.2, WeB11.3
See also Intelligent Systems
Manufacturing processesFrA4.2, ThA10.1, ThB12.4, ThB12.5, ThB12.6
MaritimeFrA2.4, FrA2.6, FrB1.1, FrB1.2, FrB1.3, FrB1.4, FrB1.5, FrB1.6, FrB5.2, ThB2.3, ThB4.3, WeA06.2
Markov processesThA12.5, ThA6.1, ThB2.1, WeB08.2
See also Stochastic Systems
MechatronicsFrA10.6, FrA11.4, FrA8.5, FrB7.1, FrB7.2, FrB7.3, FrB7.4, FrB7.5, FrB7.6, ThA1.5, ThA11.4, ThA3.3, ThA8.6, ThB7.2, WeB05.2
Metabolic systemsFrB3.3, ThA11.3, WeA09.4
See also Biological Systems
Model/Controller reductionFrA7.6, ThA6.2, ThB3.3, WeA03.3, WeA03.6
See also Modeling
ModelingFrA10.2, FrA3.2, FrA4.4, FrB1.2, FrB9.3, FrB9.6, ThA10.6, ThA11.1, ThA11.2, ThA3.4, ThB11.2, ThB5.5, ThB5.6, ThB6.5, ThB7.2, ThB9.3, WeA09.3, WeA09.5, WeA09.6, WeB01.4, WeB04.1, WeTS.1
See also Behavioural systems, Differential algebraic systems, Model/Controller reduction, Reduced order modeling
NTop
Network analysis and controlFrA9.6, FrB4.5, ThA5.4, ThB5.1, ThB5.2, ThB5.3, ThB5.4, ThB5.5, WeA03.2, WeB04.5, WeB12.5
Neural networksFrA5.6, FrB4.2, ThA4.1, ThA4.2, ThA4.3, ThA4.5, ThB4.1, ThB4.3, ThB4.4, ThB4.6, WeB04.3
See also Intelligent Systems
Nonlinear system identificationFrA4.1, FrA4.2, FrA4.3, FrA4.4, FrB11.3, ThA10.5, ThB12.2, WeB04.5, WeB09.3
Nonlinear system theoryFrA1.5, FrA11.1, FrA2.1, FrA3.1, FrA3.3, FrA3.4, FrA6.4, FrA8.5, FrB10.3, FrB12.1, FrB6.3, ThA3.1, ThA3.2, ThA3.3, ThA3.4, ThA3.5, ThA3.6, ThA6.3, ThA9.5, ThB3.3, ThB3.6, ThB4.1, ThB8.6, WeA07.6, WeA09.5, WeB04.4, WeB09.2, WeSP2.1
OTop
Observers for linear systemsFrA7.3, FrA7.4, FrB3.3, FrB3.4, FrB8.2, FrB8.4, WeA01.1, WeA03.5, WeA08.2, WeB03.4, WeB05.4
See also Linear Systems
Observers for nonlinear systemsFrA11.5, FrA8.6, FrB3.1, FrB3.2, FrB3.5, FrB3.6, FrB8.3, ThA7.4, ThB3.5, ThB3.6, ThB9.1, WeA07.4, WeA12.4
Optimal controlFrA12.6, FrA2.6, FrA5.4, FrA6.1, FrA6.2, FrA6.3, FrA6.4, FrA6.5, FrA6.6, FrA8.3, FrB10.1, FrB4.3, FrB6.1, FrB6.3, FrB6.5, FrB6.6, ThA1.2, ThA1.3, ThA1.4, ThA4.1, ThA4.2, ThA4.5, ThA5.4, ThA6.3, ThA6.4, ThB1.3, ThB1.4, ThB1.5, ThB1.6, ThB10.3, ThB11.6, WeA05.3, WeB03.2, WeB05.3, WeB06.1, WeB06.5, WeB10.3
See also Optimization
Optimal control of communication networksWeA05.3
OptimizationFrA10.5, FrA12.3, FrA12.4, FrA12.5, FrA5.5, FrA6.1, FrA6.5, FrA9.2, FrA9.3, FrB10.2, FrB10.3, FrB10.4, FrB12.3, FrB6.2, FrB6.4, FrB7.4, FrB9.4, ThA1.1, ThA1.4, ThA1.6, ThA10.3, ThA11.3, ThA2.1, ThA6.1, ThB1.3, ThB1.4, ThB10.3, ThB11.2, ThB11.6, ThB2.1, ThB5.6, WeA04.4, WeA07.5, WeB01.5, WeB03.3, WeB03.5, WeB04.2, WeB07.5, WeB09.1, WeB09.3, WeB10.4, WePA1.1
See also Game theoretical methods, H2/H-infinity methods, Optimal control, Optimization algorithms, Variational methods
Optimization algorithmsFrA12.1, FrA12.2, FrA12.4, FrA12.5, FrA12.6, FrA3.4, FrA6.6, FrA9.3, FrB5.6, FrB6.1, FrB6.4, ThA1.6, ThA12.4, ThA3.4, ThA5.5, ThA9.3, WeA03.6, WeA04.2, WeB06.6, WePA1.1
See also Optimization
Output feedbackFrA10.4, FrA8.6, ThA6.6, WeA06.3, WeA12.3
Output regulationFrA10.6, FrB8.6
PTop
Petri netsWeB08.1, WeB08.6
See also Discrete Event Systems
Power electronicsFrA12.3, FrA9.4, FrB9.4, ThB8.5
Power plantsThA6.2, ThA9.4, ThB9.5
Predictive control for linear systemsFrA1.4, FrA5.6, FrA9.4, FrB5.4, FrB9.4, ThA10.2, ThA10.6, ThA4.3, ThA6.6, ThA9.1, ThB11.3, ThB6.6, ThB7.3, WeA06.1, WeA06.2, WeA06.3, WeA06.4, WeA06.5, WeA06.6, WeB05.2, WeB05.3, WeB06.1, WeB06.2, WeB06.3, WeB06.4, WeB06.6, WeB08.4
See also Linear Systems
Predictive control for nonlinear systemsFrA12.1, FrA5.4, FrB1.3, FrB10.1, FrB10.2, FrPB2.1, ThA10.1, ThA10.5, ThA12.1, ThA6.1, ThA6.2, ThA6.3, ThA8.4, ThB1.1, ThB1.2, ThB12.5, ThB6.1, ThB6.2, ThB6.3, ThB6.4, ThB6.5, ThB6.6, ThB7.4, WeA01.4, WeA04.1, WeA04.3, WeB06.5, WeB10.5
Process controlFrA2.3, FrB4.4, ThA10.4, ThB12.2, ThB12.4, WeA03.1
QTop
Quantized systemsWeB02.3
See also Hybrid Systems
Queueing systemsWeB12.3
See also Discrete Event Systems
RTop
Randomized algorithmsThA5.5, ThA8.2
See also Uncertain Systems
Reduced order modelingFrA8.2, ThA8.3, ThB3.3
See also Modeling
RoboticsFrA4.5, FrA7.5, ThA11.4, ThA12.4, ThA3.3, ThA4.6, ThA7.1, ThA7.2, ThA7.5, ThA7.6, ThB11.3, ThB12.6, ThB4.4, ThB8.3, WeA07.1, WeA07.2, WeA07.3, WeA07.4, WeA07.5, WeA07.6, WeB04.3, WeB06.5, WeB07.1, WeB07.2, WeB07.3, WeB07.4, WeB07.5, WeB07.6, WeB09.4, WeB10.3
Robust adaptive controlFrA10.6, FrA11.4, FrB11.4, ThA12.6, ThB8.3, WeA04.3, WeA12.4, WeB06.4
Robust controlFrA10.3, FrA5.5, FrA9.1, FrB12.4, FrB2.3, FrB3.3, ThA4.4, ThA6.4, ThA6.6, ThA8.4, ThB10.2, ThB10.4, ThB3.1, WeA05.6, WeA12.2, WeA12.3, WeA12.5, WeB01.5, WeB03.1, WeB06.3, WeB07.6
See also Uncertain Systems
STop
Safety critical systemsThA12.1, ThA12.2, ThA12.4, ThA12.5, ThA12.6, ThA2.2, WeA02.2, WeA02.4, WeB08.4
Sampled data controlFrB6.5, FrB8.4, ThA8.5, ThB2.6, WeA03.3, WeA03.5, WeA05.1, WeA05.2, WeA05.6, WeB11.3
See also Linear Systems
Sensor and mesh networksFrA5.3, ThB11.4, WeA05.4
Sensor and signal fusionFrA2.4, FrB1.1, ThA7.3, WeA01.2, WeA11.2, WeA11.5, WeA11.6
See also Signal Processing
Servo controlFrB7.2, FrB7.3, ThA3.5
Signal processingFrB6.5, ThB4.5, WeA02.6, WeA11.1, WeA11.3, WeA11.4, WeA11.5, WeB11.5
See also Signal Processing, Filtering, Sensor and signal fusion, Wavelets
Sliding mode controlFrB1.5, FrB3.6, ThA5.1, ThB10.1, ThB10.5, ThB10.6, ThB8.1, ThB8.2, ThB8.3, ThB8.4, ThB8.5, WeB01.2, WeB02.4
Stability of hybrid systemsFrA3.5, FrA3.6, WeA08.1, WeA08.5
See also Hybrid Systems
Stability of linear systemsFrA8.3, ThA11.1, WeA03.6, WeA05.2, WeA08.6, WeB03.1, WeB03.4, WeB05.4
See also Linear Systems
Stability of nonlinear systemsFrA10.5, FrA3.1, FrA3.2, FrA3.3, FrA3.4, FrA3.5, FrA3.6, FrB1.4, FrB3.2, ThA5.6, ThA6.4, ThA8.2, ThB3.2, ThB8.2, WeA07.6, WeA08.3, WeA09.1, WeA12.3, WeB09.2
Statistical learningFrA12.5, ThB2.5, WeA04.4
Stochastic controlFrB4.4, FrB5.5, FrB6.6, ThA2.6, ThA9.5, ThB11.3, WeA02.6, WeA06.4, WeA06.5, WeA11.1, WeB08.3
See also Stochastic Systems
Stochastic filteringFrB3.4, ThA7.4, ThB9.2, WeA11.2
See also Stochastic Systems
Stochastic systemsFrA10.1, FrA8.4, ThA12.5, ThA2.6, ThB2.6, WeA09.6, WeA10.4, WeB02.5, WeB11.1, WeB11.4, WeB11.5, WeB12.3
See also Stochastic Systems, Markov processes, Stochastic control, Stochastic filtering
Supervisory controlThA9.6, ThB12.1, WeA02.5, WeA04.5
See also Discrete Event Systems
Switched systemsFrA3.6, FrA7.2, FrB7.3, ThA12.3, ThA8.2, ThA8.3, ThA8.4, ThB3.4, WeA04.5, WeA08.1, WeA08.2, WeA08.3, WeA08.4, WeA08.5, WeA08.6, WeB08.2
See also Hybrid Systems
System reconfigurationFrB7.5, ThB12.1
TTop
Traffic controlFrA1.5, FrB10.4, WeA01.4, WeA01.5, WeA01.6, WeA10.3, WeB10.5
Transportation systemsFrA7.6, FrA9.6, FrB1.6, FrB5.6, ThA11.4, ThB1.5, WeA01.1, WeA01.2, WeA01.3, WeA02.4
UTop
UAV'sFrA7.1, FrA7.2, FrA7.3, FrA7.4, FrA7.5, FrA7.6, ThA8.5, ThB7.3, ThB7.6, ThB8.1, ThB8.4, WeA05.5, WeA11.6, WeB06.4, WeB12.2
See also Autonomous Systems
Uncertain systemsFrA9.5, FrB12.5, FrB6.3, ThA12.6, ThA4.4, ThB10.4, ThB4.2, ThB8.4, WeA01.5, WeA04.6, WeA12.4, WeA12.6, WeB06.3, WeB07.1, WeB12.1, WeB12.2, WeB12.3, WeB12.4, WeB12.5
See also Uncertain Systems, Randomized algorithms, Robust control
VTop
V&V of control algorithmsFrB12.4, FrB12.6, FrB7.6, ThB4.6, WeB08.3, WeB12.1
Variational methodsThA4.5, WeA10.4
See also Optimization

 
 

 
 

 

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