Professor
Prof. B Bandyopadhyay
Areas Of Expertise
- Nuclear reactor control
- Robust control
- Sliding mode control to manipulators
- Flight controller
- Fast output sampling technique
- Intelligent control
- Mobile robots
- Higher order sliding modes
- Reconfiguration problem
- Discrete-time system
- Output feedback
- Sliding-mode control
- Fast output sampling
- Fission reactor
- Large pressurized heavy water reactor
- Linear matrix inequality
- Nodal method
- spatial control
- Differentially flat system
- Linearizing outputs
- Output feedback sliding mode
- Stepper motor
- Induction machine
- Multirate output feedback
- Sensorless control
- Sliding mode control and speed control
- Fuzzy sliding mode control
- Power system stabilizer
- Order reduction
- Smart structure
- Vibration control
- Decentralized control
- Fast-output sampling feedback
- Multi-machine system
- Nonlinear simulation
- Digital redesign
- Discrete-time systems
- Sliding mode control
- Backstepping
- PMTD (padding mangle for textile dyeing) process
- Tailing effect
- Controller simplification
- Composites
- Finite element method
- Periodic output feedback control
- State space model
- Timoshenko beam theory LMI
- Saturation function
- Sliding mode
- State feedback
- Periodic output feedback
- Singularly perturbed system
- Uncertain systems
- Variable structure systems
- Discrete-time sliding-mode control
- Discretization effects
- Nonlinear discrete systems
- Terminal sliding-mode control
- Aggregation
- Decentralized systems
- Discrete systems
- Large scale systems
- Pole assignment
- Reactivity
- Reduced-order model
- Discrete-time sliding mode
- Quasi-sliding mode
- Unmatched uncertainty
- Discrete-time sliding mode control
- Nuclear reactor
- Relay-tree sliding mode control
- Higher order system
- Optimal control
- Reduced order model
- Euler-Bernoulli theory
- Multivariable model
- Robust decentralized fast output sampling feedback control
- Simultaneous control
- Nuclear reactor control and PHWR
- Sliding mode observer
- Chattering
- Discrete sliding mode
- Power rate reaching law
- Discrete time sliding mode
- Gas turbine engine
- Linear model generation
- Mathematical model
- Motion control
- Nonlinear
- Quasi sliding mode
- Switching function
- Sliding mode control (SMC)
- Sliding mode observer (SMO)
- Slosh
- Variable structure systems
- Nonlinear-systems
- Uncertain systems
- State observation
- Transfer path
- Container
- Absorber
- Motor
- Multirate output feedback (MROF)
- Nonlinear sliding surface
- Improving transient performance
- drive servo system
- mode control
- feedback-control
- linear-systems
- input saturation
- Design
- Multirate output feedback (MROF)
- Nonlinear sliding surface
- Sliding mode observer (SMO)
- Slosh
- Frequency shaping
- Smart structure
- Variable structure control
- Actuators
- Systems
- Sensors
- HGO
- Robust
- SMO
- Piezoelectric
- System identification
- Linear matrix inequalities
- Missile roll autopilot
- Parametric uncertainty
- Discretization using delata operator
- Non-linear sliding surface
- Discrete-time sliding mode control
- Input-delay system