Research & Publications
Peer-reviewed work spanning IoMT security, antenna design, and AI/ML. IEEE + SCOPUS indexed.
Implementing Secure BLE Signal Transmission through Antenna Design Techniques in Wearable IoT Devices
Co-authored research presented at the 12th International Conference on Microelectronics, Circuits and Systems (Micro2025) at JGEC. Presents a cross-layer approach to enhancing BLE security in wearable IoT devices using antenna design techniques.
Optimizing Sensory Data Accumulation in IoMT Framework Using Energy-Efficient Compressed Sensing Techniques
Proposes an energy-efficient data accumulation method for IoMT networks using compressed sensing and threshold-based cloud transmission. Achieved over 98% data reconstruction reliability and up to 8.91% lower energy usage. Presented at IIT Rourkela.
A High-Performance, Ultra-Wideband Microstrip Patch Antenna with Near-Ideal Impedance Matching for 5G Ka-Band Applications Operating at 26 GHz
Presents a compact microstrip patch antenna for 5G Ka-band applications at 26 GHz using patch slotting, inset feeding, and Rogers 92 mL substrate. CST Studio Suite 2024 simulations achieved ~-39.1 dB return loss, VSWR of 1.02, and 5.731 GHz bandwidth.
Explainable Machine Learning-Based Prediction of S11 for Slotted Patch Antenna Optimization Using Extra Trees Regressor
Proposes an explainable ML framework for predicting S11 in slotted patch antennas. Using 1,266 samples and engineered features, the Extra Trees Regressor achieved R² = 0.9967, RMSE = 0.1696, with SHAP identifying dominant design features.
Foundation of Quantum Computing and Edge AI in Healthcare
Examines quantum computing and AI in healthcare - quantum machine learning for drug discovery, genomics, diagnostic imaging, and quantum cryptography for patient-data security.
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