Article

Regilan, S. and Hema, L. K. and Kadhiravan, D. and Jenitha, J. (2025) Enhancing mental health diagnosis: a comparative analysis of machine learning approaches. International Journal of System Assurance Engineering and Management. ISSN 0975-6809

Regilan, S. and Hema, Lakshmi Kuppusamy and Jenitha, J. (2025) ReLeC-MEO: Reinforcement Learning-Based Clustering With Multi-Objective Efficient Optimization for Energy-Efficient IoT Networks. International Journal of Communication Systems, 38 (15). ISSN 10745351; 10991131

Regilan, S. and Hema, L. K. and Jenitha, J. (2024) ReLeC-based clustering and multi-objective optimization for efficient energy optimization in IoT networks. International Journal of Computers and Applications, 46 (7). pp. 526-538. ISSN 1206-212X

Conference or Workshop Item

Regilan, S. and Gajalakshmi, P. and Weslin, D. and Vijay, J. and Kadhiravan, D. and Jenitha, J. (2025) Benchmarking AI-Driven Resume Screening: An Evaluation of Precision and Efficiency. In: Benchmarking AI-Driven Resume Screening: An Evaluation of Precision and Efficiency.

Jenitha, J. and Hema, Lakshmi Kuppusamy and S Ramya, S. and Regilan, S. (2025) Deep Learning-Based Modulation Classification for Underwater Acoustic Communication: A Convolutional Neural Network Approach. In: Deep Learning-Based Modulation Classification for Underwater Acoustic Communication: A Convolutional Neural Network Approach.

Ramya, S. and Hema, Lakshmi Kuppusamy and Jenitha, J. and Regilan, S. (2025) Deep Learning-Driven Autoencoder Models for Robust Underwater Acoustic Communication: A Survey on DCAEs, VAEs, Adaptive Modulation. In: Deep Learning-Driven Autoencoder Models for Robust Underwater Acoustic Communication: A Survey on DCAEs, VAEs, Adaptive Modulation.

Hema, L. K. and Regilan, S. and Kanna, R. Kishore and Jenitha, J. (2024) Design of a Digital Rf Beacon To Rescue The Soldiers Trapped In Ice Glaciers. In: UNSPECIFIED.

Regilan, S. and Hema, L.K. and Jenitha, J. (2024) Energy-Aware Adaptive Dijkstra: A Robust Routing Algorithm for Wireless Sensor Networks in Dynamic Environments. In: UNSPECIFIED.