Subject Area
Marine and Coastal Engineering
Activities
Thesis submitted in my bachelor's degree and master's degree as follows.
1) Medical Image Contrast Enhancement through
fuzzy-based approach during 2021.
2) A study on the path planning using a
Dynamical model during 2019.
3) A study on the EOQ for deteriorating items with
non-instantaneous receipt under trade credits during 2018.
Presentations:
1) Presented a paper entitled "Adaptive event-trigger based disturbance rejection technique for nonlinear
systems " in the 10th International Congress on Industrial and Applied Mathematics,
held in Waseda University, Tokyo, Japan, August 20 - 25, 2023.
2) Presented a paper entitled " Security control based disturbance rejection technique for repeated scalar
nonlinear systems" for 9th International conference on Discrete mathematics and mathematical modelling in
digital era 2023 held at The Gandhigram Rural Institute, Dindigul, India during 23rd - 25th March 2023.
3) Presented a research paper entitled " Enhanced disturbance rejection technique for Markov jump systems
using event-triggered mechanism" for National Symposium on "Impending Mathematical techniques for
Nonlinear PDEs in Collective Dynamics" organized by Department of Mathematics and Department of
Mathematics with computer Applications, PSG college of Arts and Science, Coimbatore on 24 & 25 Jan, 2023.
4) Presented a paper entitled " Design of Hybrid-triggered control for Markov jump systems using a proportional
integral observer" in National Conference on Computational mathematics through virtual mode conducted by
National Institute of Technology, Puducherry, 2022.
Skills
1) I have the ability to effectively manage and prioritize research tasks, meet deadlines, and handle projects simultaneously.
2) I have problem-solving skills to evaluate complex research questions and develop innovative solutions.
3) Flexibility and openness to learning new research techniques, methodologies and technologies as per the evolving needs of the particular field.
Comment(s)
My major research subject is control theory. I have accomplished a significant milestone in my research journey by completing four research papers, which are currently under revision. I am on the verge of submitting articles
to prestigious SCI publications. These articles have a practical orientation, intending to
offer valuable solutions and insights for real-world challenges, with a particular focus on
capturing the dynamic essence of the offshore marine engineering systems.
The paper entitled "Disturbance rejection-based non-fragile hybrid-triggered control design for repeated scalar nonlinear systems" have been published in the International Journal of Systems Science.