Note: T-Mo-A11The first letter stands for Technical(T) or Plenary(P), the next two letters stand for Monday, Tuesday, Wednesday, etc. and the fourth letter stands for the period of the session i.e., Morning, Afternoon or Evening.
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TUESDAY |
Session Slot | Area Code | Session Name |
P-Tu-M | | Super-Mechano Systems |
T-Tu-M00 | 3 | Milestone Cluster: Systems and Signals |
T-Tu-M01 | 4c | Modelling and Control for High Dependency Medicine |
T-Tu-M02 | 9b | Software Engineering for Real-Time Control |
T-Tu-M03 | 1d | Mobile Robot Guidance, Navigation, and Control |
T-Tu-M04 | 1d | Flexible and Nonlinear Robots |
T-Tu-M05 | 8c | Underwater Vehicles |
T-Tu-M06 | 8a | Recent MIMO Design Approaches for Aerospace Application |
T-Tu-M07 | 2c | Sliding Mode Control |
T-Tu-M08 | 2c | Stabilization I |
T-Tu-M09 | 7c | Power Plant Modelling and Simulation |
T-Tu-M10 | 7e | Fault Diagnosis & Fault Tolerant Control Systems |
T-Tu-M11 | 7a | Control of Industrial Processes |
T-Tu-M12 | 7e | Uncertainty & Robustness in FDI |
T-Tu-M13 | 7d | Dynamics and Control of Bioprocesses |
T-Tu-M14 | 2b | Linear Systems Theory |
T-Tu-M15 | 2e | Robust Control I |
T-Tu-M16 | 2a | New Approaches to Controller Design |
T-Tu-M17 | 2d | Optimal Control |
T-Tu-M18 | 2b | Constrained Linear Systems |
T-Tu-M19 | 1c | Production & Supply-Chain Management Models |
T-Tu-M20 | 1e | Fieldbus |
T-Tu-M21 | | Posters of Control Design |
T-Tu-A00 | 4 | Milestone Cluster: Life Support Systems |
T-Tu-A01 | 3a | Input Design and Identification for Control |
T-Tu-A02 | 3a | Time-Varying System Estimation and Tracking |
T-Tu-A03 | 3b | Adaptive Nonlinear Control |
T-Tu-A04 | 3e | Fuzzy Adaptive Control |
T-Tu-A05 | 8f | Intelligent Autonomous Vehicles I |
T-Tu-A06 | 8a | Space Craft and Missile Control |
T-Tu-A07 | 3d | Linear and Nonlinear Filtering |
T-Tu-A08 | 2c | Stabilization II |
T-Tu-A09 | 7c | Advanced Control Concepts for Power Plants I |
T-Tu-A10 | 7e | Fault Diagnosis Design I |
T-Tu-A11 | 7a | Nonlinear Process Control I |
T-Tu-A12 | 7b | Modern Approaches to Control of Mineral Processing |
T-Tu-A13 | 7d | Optimisation and Integrated Control of Wastewater Treatment Plants |
T-Tu-A14 | 2a | Sliding Mode Control Design |
T-Tu-A15 | 2e | Robust Control II |
T-Tu-A16 | 2a | Controller Design Studies (Aeronautics and Hydraulics) |
T-Tu-A17 | 2d | Optimal Control: Theory and Design I |
T-Tu-A18 | 2b | Descriptor and Implicit Systems |
T-Tu-A19 | 1c | Logic & Agent Modeling Approaches |
T-Tu-A20 | 1d | Industrial Robotics |
T-Tu-A21 | | Posters of Manufacturing and Instrumentation |
T-Tu-E01 | 3a | Soft Computing and Wavelets in Identification |
T-Tu-E02 | 3a | Continuous-Time Model Identification: Methods and Applications |
T-Tu-E03 | 5b | Virtual Reality and Human Intelligence |
T-Tu-E04 | 3e | Fuzzy Logic and Systems |
T-Tu-E05 | 8f | Intelligent Autonomous Vehicles II |
T-Tu-E06 | 8a | Advances in Missile Guidance and Control |
T-Tu-E07 | 5e | Modeling and Control of Economic Systems |
T-Tu-E08 | 2c | Stabilization III |
T-Tu-E09 | 7c | Advanced Control Concepts for Power Plants II |
T-Tu-E10 | 7e | Fault Diagnosis Design II |
T-Tu-E11 | 7a | Nonlinear Process Control II |
T-Tu-E12 | 7b | Economic Evaluation of Process Automation in Mineral and Metal Processing |
T-Tu-E13 | 7d | Benchmarking of Control Strategies in Wastewater Bioprocesses |
T-Tu-E14 | 2a | Sliding Mode Motor Control |
T-Tu-E15 | 2e | Robust Control III |
T-Tu-E16 | 2a | Controller Design Studies (Processing Plants) |
T-Tu-E17 | 2d | Optimal Control: Theory and Design II |
T-Tu-E18 | 2b | Time-Varying Systems and Factorization |
T-Tu-E19 | 1c | Process Quality, Monitoring & Control |
T-Tu-E20 | 1d | Application of Robotics |
T-Tu-E21 | | Posters of Agricultural, Biological and Environmental Systems |