EV
Elayabharath V T
Bharathiar University
Research areas: Engineering · Control and Systems Engineering · Stability and Control of Uncertain Systems · Stability and Controllability of Differential Equations · Neural Networks Stability and Synchronization
0009-0002-9197-3248
Employment
Employment history is unavailable.
Education
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Bharathiar University M. Phil.,
Projects & Funding
Projects & funding information is unavailable.
Publications (13)
- Unified attack and fault-tolerant control for mode-dependent parabolic PDE systems under adaptive hybrid-triggered framework Save
- Interconnected disturbance estimator-based security resilient control for semi-Markovian jump PDE systems against multiple attacks Save
- Security-infused finite-time bipartite synchronisation of switched reactionâdiffusion neural networks under resilient observer Save
- Observer-based attack-resistant anti-disturbance control for finite-time synchronization of coupled switched reaction-diffusion neural networks Save
- Active disturbance rejection hybrid-triggered control for mode-dependent nonlinear PDE systems under resilient disturbance observer Save
- Design of Attack Resistant Robust Control Based on Intermediate Estimator Approach for Offshore Steel Jacket Structures Save
- Observer-reliant event-triggered security control design for stochastic third-order PDE systems with multiple attacks Save
- Resilient observer-based unified state and fault estimation for nonlinear parabolic PDE systems via fuzzy approach over finite-time interval Save
- Secure fault estimation and resilient fault-tolerant control for nonlinear chaotic systems based on fuzzy intermediate estimator Save
- Optimization Algorithm-Based Fault-Tolerant Resilient Control for Helicopter System: The Finite-Time Case Save
- Security-based control design for synchronization of switched reaction diffusion neural networks with hybrid attacks Save
- Security-oriented sliding mode control design for interconnected PDE systems with input delay: A finite-time extended dissipative approach Save
- Design of Anti-disturbance Reliable Control for Fuzzy Networked Control Systems with Multiple Disturbances Save