The 2015 IEEE Control Systems Society; MULTICONFERENCE on SYSTEMS and CONTROL Novotel Sydney Manly Pacific, Sydney Australia. 21-23 September, 2015
  

2015 IEEE Multi-Conference on Systems and Control
September 21-23, 2015, Novotel Sydney Manly Pacific, Sydney, Australia

Program at a Glance    Monday    Tuesday    Wednesday    Author Index    Keyword Index    My Program  

Last updated on September 25, 2017. This conference program is tentative and subject to change

MSC 2015 Keyword Index

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

ATop
Adaptive controlMoA02.1, MoA03.1, MoA03.5, MoA03.6, MoA05.4, MoC06.5, MoC06.6, TuA01.1, TuA01.3, TuA01.5, TuB02.2, TuB02.3, TuB02.4, TuC01.1, TuC02.3, TuC05.5, WeA06.2, WeB05.1, WeB05.2, WeB05.3, WeB05.4, WeB05.5, WeB05.6, WeC02.1, WeC02.2, WeC05.1
See also Model-based control, Non-model-based control
Aerospace applicationsMoC02.4, MoC05.1, MoC05.5, MoC05.6, TuA03.1, TuA03.2, TuA03.3, TuA03.4, TuA03.5, TuA03.6, TuA04.3, TuB02.1, TuB02.5, TuB03.1, TuB03.5, WeA02.4, WeA03.1
See also Control applications
AgentsMoC06.1, MoC06.5, TuB01.2, TuB06.1, WeA03.2, WeA03.6, WeC06.1
See also Autonomous systems
Algebraic/geometric methodsTuB06.2
See also Nonlinear systems
AutomataMoB04.6
See also Discrete event systems
Automotive applicationsTuA01.6, TuA04.4, TuB04.2, TuB04.6, WeB06.1, WeB06.2, WeB06.3, WeB06.4, WeB06.5, WeB06.6, WeC05.3, WeC06.1, WeC06.2, WeC06.3, WeC06.4, WeC06.5, WeC06.6
See also Control applications
Autonomous systemsMoA02.2, MoA02.5, MoC06.2, MoC06.4, TuA01.4, TuA04.3, TuB01.1, WeA05.1, WeB06.2, WeC02.2
See also Agents, Cooperative control, Coordination, Decision making, Game theory, Pursuit and evasion
BTop
BiosystemsWeA02.5, WeB02.2
See also Control applications
BiotechnologyMoC04.5
See also Control applications
CTop
Chemical processesMoA04.6, MoB04.5, TuB05.3
See also Control applications
Communication networksTuC04.5, WeB04.1
See also Control applications
Complex networksMoA06.4
See also Complex systems
Complex systemsMoA04.1
See also Complex networks, Complexity and emergence, Self-organization
Computational methodsMoB03.5, TuB01.3, TuB06.5, TuC01.3
See also Interval methods, LMIs, Lyapunov methods, Numerical analysis, Polynomial methods, Quantum control, Symbolic methods
Computer-aided control designWeB03.3
See also Verification and validation
Control applicationsMoA03.1, MoA03.5, MoA06.5, MoA06.6, MoB01.4, MoB03.1, MoB03.4, MoB03.6, MoB04.3, MoB06.1, MoB06.3, MoB06.5, MoC01.1, MoC01.2, MoC02.2, MoC03.1, MoC04.4, MoC05.2, TuA02.1, TuA03.2, TuA03.6, TuA04.5, TuA05.1, TuA05.2, TuA06.1, TuA06.2, TuA06.3, TuA06.4, TuB03.1, TuB04.4, TuB05.1, TuB05.2, TuC01.2, TuC01.4, TuC02.2, TuC04.1, TuC05.1, TuC06.2, WeA01.2, WeA01.4, WeA01.5, WeA02.1, WeB01.1, WeB03.2, WeB04.2, WeB04.3, WeB04.5, WeC01.2, WeC04.1, WeC04.4
See also Aerospace applications, Agricultural systems, Automotive applications, Biosystems, Biotechnology, Chemical processes, Communication networks, Cyberphysical systems, Disk drives, Electronic systems, Medicine, Flexible structures, Human machine interface, Humanoid robots, IVHS (Intelligent Vehicles and Highway Systems), MEMS and nanotechnology, Manufacturing systems, Marine vehicular systems, Materials Processing, Mechanical systems, Mechatronic systems, Mining systems, Mobile robots, Motor systems, Nanotechnologies, Oil and gaz production systems, Physics, Pneumatic control, Power systems, Process control, Robotics, Smart structures, Spacecraft control, Structural control, Transportation systems, Vehicular and traffic control, Visual servo control
Control architecturesMoA04.1, TuA03.1, WeA02.6, WeB04.3
See also Controller reconfiguration, Networked control systems, Real-time systems, Software architectures
Controller monitoringMoA03.2, MoA05.6, WeB03.1
See also Human brain interface
Controller reconfigurationTuB04.1, WeB03.3, WeC05.4, WeC05.5
See also Control architectures
Cooperative controlMoA04.2, MoA06.1, MoC01.3, MoC06.1, MoC06.2, MoC06.3, MoC06.4, MoC06.6, TuB01.1, TuB01.2, TuB04.3, TuB06.1, WeA03.1, WeA03.2, WeA03.3, WeA03.4, WeA03.5, WeA03.6, WeA05.2, WeC03.1, WeC03.2
See also Autonomous systems
CoordinationMoC01.3, MoC06.1, MoC06.2, MoC06.4, MoC06.5, TuB01.1, TuB01.2, WeA03.5, WeC03.1
See also Autonomous systems
Cyberphysical systemsTuA01.3, TuA04.5
See also Control applications
DTop
Decision makingMoC03.2, WeA05.3
See also Autonomous systems
Discrete event systemsMoB04.5
See also Automata, Petri nets
Disk drivesWeA06.2
See also Control applications
Distributed controlMoA04.3, MoA04.4, WeC03.1, WeC03.2, WeC03.3, WeC03.4, WeC03.5, WeC03.6
See also Distributed parameter systems
Distributed embedded systemsMoC03.1, TuA02.4
See also Intelligent systems
Distributed intelligent networked systemsMoC03.2, MoC03.5, WeA03.3
See also Intelligent systems
Distributed parameter systemsMoB01.6, MoC03.3, MoC03.4, MoC04.3, TuB01.6, TuB03.4
See also Distributed control, Multiscale modeling
ETop
Electronic systemsMoA06.5, MoA06.6, MoC01.4, TuA04.1, TuC06.1, WeA05.6
See also Control applications
EstimationMoA02.2, MoA05.2, MoB05.1, MoB05.2, MoB05.3, MoB05.4, MoB05.5, MoB05.6, MoB06.4, MoC03.3, MoC05.3, MoC05.5, TuA01.1, TuA01.5, TuB03.3, TuB03.4, TuC04.2, TuC04.4, TuC06.1, TuC06.2, TuC06.3, TuC06.4, WeA05.3, WeB02.3, WeC01.1, WeC02.4, WeC06.5
Evolutionary computingWeB06.3
See also Intelligent systems
FTop
Fault detection/accomodationMoA04.5, MoA04.6, MoB04.6, TuB03.1, TuB03.2, TuB03.3, TuB03.4, TuB03.5, TuB03.6, TuC06.3, TuC06.4, WeC05.2, WeC05.5
See also Fault-tolerant systems
Fault-tolerant systemsTuA03.1, TuA03.3, TuB04.1, WeC05.1, WeC05.2, WeC05.3, WeC05.4, WeC05.5, WeC05.6
See also Fault detection/accomodation
Feedback linearizationWeA06.3
See also Nonlinear systems
FilteringMoA01.3, MoB04.1, MoB05.4, MoC05.3, TuB04.5, TuC04.2, WeA01.1, WeB04.4, WeC01.1
Flexible structuresMoA05.1, TuA04.2, TuA05.4, TuA06.1, TuB04.4, TuC02.4, TuC04.1
See also Control applications
Fuzzy controlMoA03.6, WeB06.4
See also Intelligent systems
Fuzzy systemsMoB04.1, TuB01.5, TuB06.3
See also Intelligent systems
GTop
Gain schedulingMoC02.5
See also Linear systems
Game theoryMoA06.2, TuC01.5
See also Autonomous systems
Genetic algorithmsWeC04.2
See also Intelligent systems
Grey box modelsWeC06.4
See also Modeling
HTop
Human machine interfaceMoC02.1, MoC05.2, TuA06.4
See also Control applications
Humanoid robotsMoA02.1
See also Control applications
Hybrid systemsMoA06.3, MoB04.4, MoB04.5, MoB04.6, TuA02.2, WeA04.1
See also Stability of hybrid systems, Switched systems
ITop
IdentificationMoA05.1, MoA05.2, MoA05.3, MoA05.4, MoA05.5, MoA05.6, MoB02.1, MoB05.1, MoB05.2, MoB06.2, MoC01.5, MoC03.4, TuA01.6, TuB05.6, TuC02.3, TuC03.5, TuC04.2, TuC04.3, WeA02.2, WeA02.3, WeA02.5, WeA04.2, WeB02.1, WeB02.3, WeB03.4, WeC06.4
Inferential sensingTuB05.6
Intelligent interactionMoA02.6, MoA05.3
See also Intelligent systems
Intelligent systemsTuB01.3
See also Architecture and software, Biologically-inspired methods, Evolutionary computing, Distributed intelligent networked systems, Distributed embedded systems, Fuzzy control, Fuzzy systems, Genetic algorithms, Intelligent control architectures, Intelligent interaction, Intelligent media fusion, Neural networks, Neurocontrol, Social Robotics
Iterative learning controlTuB01.4, WeA06.1, WeC01.2
See also Learning
IVHS (Intelligent Vehicles and Highway Systems)MoC01.6, TuB04.5, WeB06.2
See also Control applications
KTop
Kalman filteringMoA05.2, MoC05.1, MoC05.2, TuC04.3, TuC04.4, TuC04.5, WeC06.5
LTop
LearningMoA05.3, MoB06.5, WeB05.1, WeB06.5, WeC02.1
See also Iterative learning control, Reinforcement learning, Supervised learning, Unsupervised learning
Linear parameter-varying systemsMoB03.1, TuB03.5, TuB05.3, WeC06.6
See also Linear systems
Linear robust controlMoC04.1, TuC05.1, WeA04.2, WeA04.3, WeA04.4, WeB05.2
See also Linear systems
Linear systemsMoA01.4, MoB05.1, MoC04.1, MoC05.6, TuA01.4, TuB01.4, TuB05.1, TuC05.3, WeA02.2, WeA03.4, WeA04.4, WeB05.1, WeB06.3, WeC01.1, WeC01.2, WeC01.3, WeC01.4, WeC01.5, WeC01.6, WeC02.6, WeC04.3
See also Gain scheduling, Linear parameter-varying systems, PID control, Linear robust control, Time delays
LMIsMoA04.5, MoB01.3, MoC05.4, TuC05.3, WeA04.3, WeA04.6, WeB04.4, WeC01.3, WeC04.3
See also Computational methods
Lyapunov methodsMoB01.2, MoB04.3, MoC02.6, TuA06.6, TuC02.1, TuC06.5, WeA04.3, WeB05.2, WeB05.4, WeC03.2
See also Computational methods
MTop
Manufacturing systemsMoC01.1, MoC01.5, WeA05.4
See also Control applications
Marine vehicular systemsTuA06.5, TuB03.6, TuC01.1
See also Control applications
Markov processesTuB06.5, WeA05.3
See also Stochastic/uncertain systems
Materials ProcessingMoB03.2
See also Control applications
Matlab/SimulinkTuA06.5, TuB04.2, TuB05.2, TuC01.1
See also Software tools
Mechanical systemsMoA05.1, MoB02.1, MoB05.3, MoB06.2, MoC03.5, TuA06.6, TuB05.6, TuC02.5, TuC06.5
See also Control applications
Mechatronic systemsMoA03.2, MoB06.1, MoB06.2, MoB06.3, MoB06.4, MoB06.5, MoB06.6, TuA04.1, TuA04.2, TuB02.6, TuC02.5, WeA05.5, WeA06.1, WeA06.2, WeA06.3, WeA06.4, WeA06.5, WeA06.6
See also Control applications
MedicineTuB05.5, TuC01.3, WeC04.4
See also Control applications
MEMS and nanotechnologyTuA05.4, TuB04.4, WeA05.5
See also Control applications
Mixed-integer optimizationTuA02.6, WeA01.3
See also Optimization
Mobile robotsMoA02.2, MoA02.6, MoA04.2, MoB03.3, MoC03.2, TuA04.4, TuA06.5, WeA03.5, WeB05.3
See also Control applications
Model-based controlTuB04.2, TuB04.6, WeA06.4
See also Adaptive control
ModelingMoA05.5, MoB06.6, TuA02.3, TuA04.5, TuB05.1, TuB05.2, TuC05.2, WeA02.1, WeA02.4, WeA02.6, WeB01.5, WeB02.1, WeB02.2, WeB02.3, WeB02.4, WeB02.5, WeB02.6, WeB06.6, WeC04.1, WeC04.2
See also Grey box models, Modeling frameworks, Object oriented modeling, Reduced order modeling
Modeling and simulation environmentsMoC01.6, WeB01.2, WeC04.5
See also Software tools
Modeling frameworksTuB05.4
See also Modeling
Motor systemsMoB04.2, TuA06.2, TuA06.3, WeA02.3
See also Control applications
NTop
NanotechnologiesMoB06.1, TuA01.5, TuA04.1, TuA04.2, TuA06.1
See also Control applications
Networked control systemsMoA06.2, MoB01.3, MoC02.2, MoC02.3, MoC04.2, MoC06.6, TuB03.6, TuB04.3, TuB05.4, WeA03.2, WeA03.6, WeA05.2, WeB04.2, WeB04.3, WeB04.4, WeB04.5, WeC01.4, WeC01.5, WeC01.6, WeC03.5, WeC03.6
See also Control architectures
Neural networksMoC01.5, MoC04.3, TuB01.6, TuB02.2, TuB02.4
See also Intelligent systems
NeurocontrolMoC04.3
See also Intelligent systems
Non-model-based controlMoA03.3, MoA03.4, MoC04.4, TuC03.4, WeB03.1, WeB03.5
See also Adaptive control
Nonlinear robust controlMoB01.6, MoB02.6, MoB04.2, MoB04.3, MoC01.4, MoC04.2, TuA02.2, TuA05.1, TuA05.3, TuA06.4, TuB02.6, WeA02.4, WeA04.1, WeA04.5, WeB06.4
See also Nonlinear systems
Nonlinear systemsMoA02.1, MoA02.3, MoB01.1, MoB01.2, MoB01.3, MoB01.4, MoB01.5, MoB01.6, MoB02.4, MoB05.5, MoC01.2, MoC02.4, MoC04.2, TuA01.1, TuA02.1, TuA02.4, TuA05.2, TuA06.2, TuA06.6, TuB02.5, TuB06.2, TuB06.3, TuC01.3, TuC01.4, TuC02.1, TuC03.2, WeA02.5, WeA03.1, WeB02.1, WeB02.4, WeB02.6, WeB03.4, WeB03.6, WeB05.4, WeB05.5, WeC03.4, WeC04.6, WeC05.1
See also Algebraic/geometric methods, Chaotic systems, Feedback linearization, Nonlinear robust control, Sliding mode control, Variable structure systems
Numerical analysisMoB06.4
See also Computational methods
OTop
Object oriented modelingWeB02.4
See also Modeling
ObserversMoA03.6, MoB04.2, MoB05.2, MoC01.2, MoC01.6, MoC05.1, MoC05.4, MoC05.5, MoC05.6, TuA01.6, TuC04.1, TuC04.3, TuC06.1, TuC06.2, TuC06.3, TuC06.4, TuC06.5, WeA01.1, WeB02.5, WeB03.6, WeB05.6, WeC01.6
Oil and gaz production systemsTuC03.3, TuC03.4
See also Control applications
OptimizationMoB01.4, MoB02.5, MoB03.4, MoB03.6, MoB05.3, MoB05.6, MoC01.1, MoC02.5, MoC03.1, MoC03.3, TuA02.5, TuA03.4, TuA03.5, TuB01.6, TuB02.1, TuC01.4, TuC03.2, TuC05.4, WeB01.4, WeB03.2, WeB04.1, WeB04.2, WeB06.5, WeC01.4, WeC02.2, WeC03.4, WeC04.1, WeC04.2, WeC04.3, WeC04.4, WeC04.5, WeC04.6, WeC06.2
See also Mixed-integer optimization, Semidefinite programming, Variational methods
PTop
PhysicsMoA03.5, WeA01.4, WeA01.5
See also Control applications
PID controlMoA03.2, MoA03.3, MoC04.5, TuC05.1, TuC05.2, TuC05.3, TuC05.4, TuC05.5, WeA02.3, WeA06.5, WeB01.1
See also Linear systems
Pneumatic controlWeA02.1
See also Control applications
Power systemsMoA04.1, MoA04.3, MoA06.1, MoA06.2, MoA06.3, MoA06.4, MoA06.5, MoA06.6, TuA02.1, TuA02.2, TuA02.3, TuA02.4, TuA02.5, TuA02.6, TuA06.3, TuB02.3, TuB04.3, WeA01.1, WeA01.3, WeA01.4, WeA01.5, WeA02.6, WeB01.1, WeB01.2, WeB01.3, WeB01.4, WeB01.5, WeB01.6, WeC02.3, WeC02.4, WeC04.6, WeC05.6
See also Control applications
Predictive controlMoA03.1, MoA05.4, MoA05.5, MoB03.1, MoB03.2, MoB03.3, MoB03.4, MoB03.5, MoB03.6, TuA02.3, TuA04.4, TuB04.6, TuC02.2, TuC03.1, TuC03.2, TuC03.3, TuC03.4, TuC03.5, WeB01.2, WeB01.5, WeB05.6, WeC06.2, WeC06.3
Process controlMoA03.3, MoA05.6, MoC04.5, TuA02.6, TuC03.5, TuC05.4, TuC05.5, WeA05.4, WeB02.5, WeB03.1, WeB03.2, WeB03.3, WeB03.4, WeB03.5, WeB03.6, WeC05.4
See also Control applications
QTop
Quantum controlMoA01.1, MoA01.2, MoA01.3, MoA01.4, MoA01.5, WeC03.6
See also Computational methods
RTop
Randomized algorithmsMoA04.4, WeA03.3
See also Stochastic/uncertain systems
Real-time systemsTuA01.3, TuC01.2, WeA06.5, WeB03.5
See also Control architectures
Reduced order modelingMoC05.4, TuB05.3, TuB05.5, WeA06.4, WeB06.6, WeC03.5
See also Modeling
Reinforcement learningMoA02.3, TuB02.4
See also Learning
RoboticsMoA02.3, MoA02.4, MoA02.5, MoB02.1, MoB02.2, MoB02.3, MoB02.4, MoB02.5, MoB02.6, MoC02.1, MoC02.2, MoC02.3, MoC02.4, MoC02.5, MoC02.6, TuA03.5, TuB02.6, TuC02.1, TuC02.2, TuC02.3, TuC02.4, TuC02.5, TuC03.1, WeA05.6, WeA06.1, WeB02.6, WeB04.5
See also Control applications
Robust controlMoA01.4, MoA04.3, MoC02.6, TuA05.3, TuB06.3, WeA04.6, WeC06.6
See also Stochastic/uncertain systems
STop
Self-organizationWeA05.2, WeC06.1
See also Complex systems
Semidefinite programmingMoC01.4, TuB02.5, TuC04.5, WeA04.5, WeA06.6, WeB01.3
See also Optimization
Sensor fusionMoB05.5, MoC05.3, TuA01.2, TuB03.3, WeA03.4
Sensor networksMoA04.4, MoC04.6
Sensor validationMoA04.6, TuB04.5
SensorsMoB05.4, MoB05.6, MoB06.3, MoC04.6, WeA01.3, WeA05.1, WeA05.4, WeA05.5, WeA05.6
Sliding mode controlMoB01.1, MoB02.3, TuA03.3, TuA04.3, TuA05.1, TuA05.2, TuA05.3, TuA05.4, WeA05.1, WeB01.6, WeC02.5, WeC05.6
See also Nonlinear systems
Smart structuresTuB04.1
See also Control applications
Spacecraft controlTuA03.4, TuA03.6, TuB02.1, TuB02.2
See also Control applications
Stability of hybrid systemsWeC02.3
See also Hybrid systems
Stochastic/uncertain systemsMoA01.5, MoB01.2, TuB01.3, TuB01.4, WeB01.4, WeC02.5, WeC05.2
See also Markov processes, Randomized algorithms, Robust control
Structural controlMoC03.5, WeA06.6
See also Control applications
Supervised learningTuB06.4
See also Learning
Switched systemsWeA04.6, WeB02.2, WeC02.1, WeC02.3, WeC02.4, WeC02.5, WeC02.6
See also Hybrid systems
TTop
Time delaysMoA04.2, MoA06.1, MoB01.5, MoB02.4, MoB04.1, MoC01.3, MoC02.3, MoC04.1, TuA05.5, TuB01.5, TuB06.1, TuC05.2, WeB01.6, WeB05.5, WeC01.5, WeC02.6
See also Linear systems
Transportation systemsMoC02.1, TuA04.6, TuC01.5
See also Control applications
VTop
Variable structure systemsMoB01.1, WeA06.3
See also Nonlinear systems
Variational methodsMoA01.5, MoC03.4, TuB06.5
See also Optimization
Vehicular and traffic controlMoB03.3, TuA04.6, WeA04.2, WeC06.3
See also Control applications
Verification and validationMoA02.6
See also Computer-aided control design
Visual servo controlTuC04.4
See also Control applications

 
 

 
 

 

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