| Sr # | Description |
|---|---|
| 1 | "Optimal path planning for mobile charger in RWSNs with a multi-objective approach" Cluster Computing 2026 (IF=5.5)(Q1) |
| 2 | "Towards Trustworthy Software-Defined Network Security: An Explainable and Computationally Efficient Machine Learning Framework for Intrusion Detection."Journal of Computing & Biomedical Informatics 2026 (X Category) |
| 3 | "An intelligent fault detection approach based on reinforcement learning system in wireless sensor network", The Journal of Supercomputing 2022, (IF=2.557)(Q2) |
| 4 | "Energy-Efficient Tour Optimization of Wireless Mobile Chargers for Rechargeable Sensor Networks", IEEE Systems Journal 2020, (IF=4.463)(Q1) |
| 5 | "Brain Tumor Analysis Empowered with Deep Learning: A Review, Taxonomy, and Future Challenges", Brain Sciences 2020, (IF=2.786)(Q3) |
| 6 | "Energy-Efficient and Coverage-Guaranteed Unequal-Sized Clustering for Wireless Sensor Networks", IEEE Access 2019, (IF=4.098)(Q1) |
| 7 | "Energy-Efficient Mobile-Sink Sojourn Location Optimization Scheme for Consumer Home Networks", IEEE Access 2019, (IF=4.098)(Q1) |
| 8 | "Exploiting layered multi-path routing protocols to avoid void hole regions for reliable data delivery and efficient energy management for IoT-enabled underwater WSNs", Sensors 2019, (IF=3.031)(Q2) |
| 9 | "Collaborative mobile sink sojourn time optimization scheme for cluster-based wireless sensor networks" IEEE Sensors Journal 2018, (IF=3.076)(Q1) |
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