Research work across RF systems, RFID, metasurface absorbers, IoT sensing, and edge ML. Each entry below is currently marked as accepted.
Wireless, Antenna & Microwave Symposium (WAMS 2026) / June 10-13, 2026
Designed and simulated an AI-optimized UHF-RFID tag antenna for wearable health monitoring. Employed a Deep Neural Network (DNN) to automate impedance matching for the Alien Higgs-4 IC, achieving a high gain of 3.585 dB, 73.4% efficiency, and a read range of 22cm. Accepted for oral presentation at WAMS 2026, Hyderabad.
RF/Microwave/Terahertz Technologies / Accepted 2026
Ultrathin graphene-based FSS absorber for X-band microwave absorption and stealth-oriented EMI mitigation. CST simulations report more than 90% absorption across 8-12 GHz, with average absorption around 97.28% and angular stability evaluated up to 45 degrees.
RF/Microwave/Terahertz Technologies / Accepted 2026
Platform-tolerant UHF-RFID tag antenna for automotive and transportation systems, optimized for the 902-928 MHz band. The grounded microstrip patch design supports metallic mounting and reports a 6.65 m read range.
Computer Networks & IoT / Accepted 2026
Smart wristband combining IMU sensing, edge ML, heart-rate/SpO2 monitoring, BLE/Wi-Fi alerts, and passive UHF-RFID validation. The quantized 1D-CNN reports 97.2% sensitivity and an F1-score of 0.96 for real-time fall detection.