Indian Institute of Technology Hyderabad, Hyderabad, India
December 18 - 20, 2019
Sixth Indian Control Conference 18-20 Dec 2019 ● IIT-Hyderabad

2019 Sixth Indian Control Conference (ICC)
Dec. 18-20, 2019, IIT Hyderabad, India

Program at a Glance    Wednesday    Thursday    Friday    Author Index    Keyword Index  

Last updated on December 25, 2019. This conference program is tentative and subject to change

6th ICC, 2019 Keyword Index

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

Adaptive systemsFrCT2.2, ThAT3.2
See also Direct adaptive control, Indirect adaptive control, Robust adaptive control
AerospaceFrCT4.2, FrCT4.3, FrCT4.4, FrDT3.1, FrDT3.4, FrDT3.5, ThAT1.2, ThAT1.3, ThAT1.4, ThAT1.5, ThAT5.4, ThAT5.5
See also Control applications
Agents-based systemsFrDT1.5, FrDT2.1, ThAT4.5
See also Autonomous systems
Algebraic/geometric methodsFrCT4.3, ThAT4.3
See also Nonlinear systems
See also Control applications
Autonomous systemsFrCT3.2, FrCT3.3, FrCT3.4, FrCT4.4, FrCT4.5, ThAT1.5, ThAT3.2, ThAT4.5, ThAT5.2, ThAT5.3
See also Agents-based systems, Cooperative control
Biological systemsThBT4.3, ThBT4.4, ThBT4.6
See also Biotechnology, Systems biology
BiomedicalThBT2.1, ThBT2.4
See also Control applications
Computational methodsFrCT3.5, FrDT1.1, FrDT1.2, FrDT1.3, FrDT1.4, ThBT3.2
See also Computer aided control design, Control software, LMIs, Numerical algorithms
Computer aided control designThBT1.6
See also Computational methods
Constrained controlFrCT4.3
See also Nonlinear systems
Control applicationsFrCT2.5, FrCT3.1, FrCT4.1, FrCT4.2, FrDT2.2, FrDT2.3, FrDT4.1, FrDT4.4, ThAT1.3, ThAT1.4, ThAT5.4, ThAT5.5, ThBT1.5, ThBT3.6
See also (Under)water vehicles, Aerospace, Air traffic management, Automotive, Biomedical, Control of communication networks, Finance, Flight control, Fluid power control, Information technology (IT) systems, Manufacturing systems, Mechanical systems/robotics, Mechatronics, MEMS, Multivehicle systems, Nonholonomic systems, Power systems, Process control, Sensor fusion, Spacecraft control, Vision-based control
Control educationWeTut11T1.1
Cooperative controlFrCT3.1, FrCT4.2, FrCT4.5, ThAT4.1, ThAT4.2, ThAT4.3, ThAT5.2, ThAT5.3, ThBT3.4
See also Autonomous systems
Decentralized controlThAT4.4, ThBT2.5
See also Large scale systems
Delay systemsFrDT2.4, ThAT2.1, ThAT2.4
See also Distributed parameter systems
Discrete event systemsFrDT4.5, ThAT2.4
See also Automata, Petri nets, Supervisory control
Distributed parameter systemsFrDT1.2, FrDT1.4
See also Delay systems, Flexible structures
Emerging control applicationsFrCT3.5, FrDT2.6
See also Information theory and control, Nano systems
Emerging control theoryFrDT4.6
See also Quantum control
EstimationFrCT2.1, ThAT1.2, ThAT3.2, ThAT3.3, ThAT3.4, ThAT3.5, ThAT4.1, ThBT4.3
Fault detection/accomodationFrDT3.6, ThBT2.1, ThBT2.5
See also Fault-tolerant systems
Fault-tolerant systemsFrDT3.6, ThBT2.5
See also Fault detection/accomodation
Feedback linearizationThAT1.1
See also Nonlinear systems
See also Stochastic systems
See also Control applications
Flight controlFrDT3.3, FrDT3.4, FrDT3.5, FrDT3.6, ThAT5.4
See also Control applications
Hybrid systemsThAT2.3
See also Embedded systems, Quantized systems, Stability of hybrid systems, Switched systems
IdentificationFrDT4.2, ThAT3.1, ThAT3.3
Information theory and controlFrCT2.5, ThPM_PlenPlenary.1
See also Emerging control applications
Kalman filteringThAT1.2, ThAT3.4, ThAT3.5, ThBT2.6, ThBT4.3
Large scale systemsFrDT1.6
See also Decentralized control
See also Machine learning, Pattern recognition and classification, Statistical learning
Linear systemsFrCT2.4, FrDT1.1, ThAT2.2, ThAT2.4, ThAT2.5, ThAT3.3, ThBT1.1, WeTut21T1.1
See also Linear parameter-varying systems, Observers for linear systems, PID control, Predictive control for linear systems, Stability of linear systems
LMIsThAT2.1, ThBT1.1, WeTut11T1.1
See also Computational methods
Machine learningFrCT1.2, FrCT1.4, FrCT1.5, FrDT1.3, FrDT1.5, ThAT3.1, ThBT3.1, ThBT3.2, ThBT3.4, ThBT3.5, ThBT3.6
See also Learning
Manufacturing systemsThBT1.6
See also Control applications
Mechanical systems/roboticsFrCT2.2, FrCT3.1, FrCT3.2, FrCT3.4, FrCT3.5, ThAM_PlenPlenary.1, ThBT3.3
See also Control applications
See also Control applications
Modeling and simulationFrCT4.1, FrDT4.2, FrDT4.4, ThAT1.4, ThBT1.2
See also Grey-box modeling, Reduced order modeling, Simulation
Multivehicle systemsFrCT4.5, ThAT4.2, ThAT4.4, ThAT5.1, ThAT5.3, ThAT5.5
See also Control applications
Networked control systemsFrCT2.2, FrDT4.5, ThAT4.4, ThAT4.5
Neural networksThAT3.1, ThBT2.4, ThBT3.3, ThBT3.5, ThBT4.4
See also Intelligent systems
Nonlinear systemsFrCT2.1, FrCT2.3, FrCT2.5, FrDT3.2, FrDT3.4, FrDT3.5, ThAT1.1, ThBT1.5, ThBT3.3, ThBT3.5, WeTut21T1.1
See also Algebraic/geometric methods, Chaotic systems, Constrained control, Feedback linearization, Observers for nonlinear systems, Output feedback, Output regulation, Predictive control for nonlinear systems, Stability of nonlinear systems, Time-varying systems
Numerical algorithmsFrDT1.1, FrDT1.4
See also Computational methods
Observers for linear systemsThAT2.2
See also Linear systems
Optimal controlFrDT3.1, ThBT1.5, ThBT2.6, ThBT4.2
See also Optimization
OptimizationFrCT1.1, FrCT1.4, FrCT1.5, FrDT1.6, FrDT2.1, FrDT4.4, ThAT5.1, ThBT1.3, ThBT1.4, ThBT1.6, ThBT3.1, ThBT4.1
See also Optimal control, Optimization algorithms, Variational methods
Optimization algorithmsFrCT1.3, FrCT1.5, FrDT1.3, FrDT1.5, ThAT5.1, ThBT1.1, ThBT1.2, ThBT1.4, ThBT2.2, ThBT4.2
See also Optimization
Output feedbackFrDT4.6, ThBT2.6
See also Nonlinear systems
Output regulationThAT1.1
See also Nonlinear systems
Pattern recognition and classificationThBT4.4
See also Learning
PID controlFrCT2.3, FrCT3.4, FrDT2.3, FrDT2.5, FrDT4.2, ThBT4.1
See also Linear systems
Power systemsFrDT2.1, FrDT2.2, FrDT2.4, FrDT2.6
See also Control applications
Predictive control for linear systemsFrDT2.4, ThBT2.2, ThBT2.4
See also Linear systems
Predictive control for nonlinear systemsThBT2.3
See also Nonlinear systems
Process controlFrCT2.3, FrDT2.5, ThBT1.3, ThBT2.1, ThBT2.2, ThBT4.1, ThBT4.5
See also Control applications
Reduced order modelingFrDT1.2, FrDT1.6
See also Modeling and simulation
Robust controlFrCT2.1, FrCT2.4, FrDT2.2, FrDT2.3, FrDT3.2, FrDT4.1, ThAT4.1
See also Uncertain systems
SimulationFrDT3.3, ThBT1.4, ThBT2.3
See also Modeling and simulation
Spacecraft controlFrCT4.1, FrDT3.1, FrDT3.2
See also Control applications
Stability of linear systemsFrDT4.5, ThAT2.1, ThAT2.2, ThAT2.3
See also Linear systems
Stability of nonlinear systemsThBT1.2
See also Nonlinear systems
Statistical learningFrCT1.2, ThBT1.3, ThBT3.2
See also Learning
Stochastic systemsFrAM_PlenPlenary.1, FrCT1.1, FrCT1.3, FrDT4.3, ThAT2.5, ThBT4.6
See also Filtering, Markov processes
Supervisory controlThBT4.5
See also Discrete event systems
Switched systemsFrDT2.6, ThAT2.3
See also Hybrid systems
Systems biologyThBT4.2, ThBT4.6
See also Biological systems
Uncertain systemsFrCT2.4, FrDT4.1, ThBT3.1
See also Randomized algorithms, Robust control
Vision-based controlThAT1.5, ThBT3.4, ThBT3.6
See also Control applications




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