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Jeong- Hoon Park
Currently, I’m working as an assistant professor in School of Electronics Engineering, Kyungpook National University. My research focuses on Imaging Radar Signal Processing for Autonomous Driving Systems, Waveform-dependent ISAC System Design, and AI based Multi-Modal RF Sensor Processing. I'd like to collaborate with researchers from diverse backgrounds, and I welcome anyone to reach out with questions about my research or any other topics of interest.
Recent News
2026. 08. Our paper “Two-stage Near-field Beam Training Using Frequency-grouped Rainbow Beams” has been submitted to IEEE Internet of Things Journal🌱.
2026. 07. Our paper “Machine Learning-based Ghost Target Suppression in Tunnels for Traffic Surveillance Radar-Camera Systems” has been submitted to IEEE Access🌱.
2026. 07. Our paper "Joint Spatial-wideband and Near-field Effect Compensation for High-resolution Sensing in MIMO FMCW Radar” has been submitted to IEEE Transactions on Microwave Theory and Techniques🌱.
2026. 07. Our paper "Hybrid TDM-DDM MIMO Radar Scheme for High-Resolution Point Cloud of Moving Targets” has been accepted to IEEE Transactions on Instrumentation and Measurement🎉.
2026. 07. Our paper "Low Complexity Compensation for Range-Angle Migration in High-Resolution MIMO Radar Systems” has been submitted to IEEE Access🌱.
2026. 06. Our paper “Wi-Fi FTM and PDF-Based Indoor Localization Considering Real-Time Ranging Bias” has been accepted to International conference on Indoor positioning and indoor navigation 2026 (IPIN 2026).
2026. 06. Our paper "Single-Frame 3-D Velocity Estimation of Aerial Targets Using MIMO FMCW Radar” has been submitted to IEEE Access🌱.
2026. 05. Our paper "Enhanced Sensing in Large-Scale Array PMCW Systems by Range-Angle Decoupling” has been accepted to IEEE Access🎉.
2026. 05. Our paper "MIMO Nonlinear Stepped-Frequency PMCW Radar Systems for High Range Resolution Under Low Sampling Rates” has been accepted to Remote Sensing🎉.
2026. 04. Our paper "Hierarchical Chirp Delay-Doppler Index Modulation for Robust FMCW-Based V2V ISAC” has been submitted to IEEE Transactions on Vehicular Technology🌱.
2026. 04. Our paper "Enhanced Target Parameter Estimation in Stepped-Frequency FMCW Radar by Velocity-Angle Decoupling Method” has been submitted to IEEE Internet of Things Journal 🌱.
2026. 04. Our paper "High-Resolution Sensing Using Stepped-Frequency PMCW Systems with Low-Rate ADCs" has been submitted to IEEE Transactions on Aerospace and Electronic Systems 🌱.
2026. 04. Our paper "MIMO Nonlinear Stepped-Frequency PMCW Radar Systems for High Range Resolution Under Low Sampling Rates ” has been submitted to Remote Sensing🌱.
2026.04. Our paper “Efficient Multi-Target Detection Using Phase Characteristics in OTFS-Based ISAC Systems” has been published in IEEE Sensors Journal 📖.
2026. 03. Our paper “AI-Driven Interference Mitigation Between OFDM and PMCW Systems for IoT Spectrum Coexistence" has been accepted to IEEE Internet of Things Journal 🎉.
2026. 03. Our paper “Low-Complexity Block-Based MMSE Equalization for Reduced-Cyclic-Prefix OTFS Systems” has been submitted to IEEE Transactions on Vehicular Technology 🌱.
2026.03. Our paper “Low-Complexity Sequence Accumulation Method for Doppler Phase Compensation in PMCW Radar Systems” has been published in IEEE Internet of Things Journal 📖.
2026.03. Our paper “Velocity Vector Estimation Method in a Single Frame Using SIMO FMCW Radar.” has been published in IEEE Sensors Journal 📖.
2026. 03. Our paper “Enhanced Sensing in Large-Scale Array PMCW Systems by Range-Angle Decoupling” has been submitted to IEEE Access 🌱.
2026. 03. Our paper "Low-Complexity Matched Filter for OTFS Radar Using Partial FFT." has been accepted to Transactions on Vehicular Technology 🎉.
2026. 03. Our paper “Interference Mitigation between PMCW-FMCW Systems via Hankel-Wavelet Decomposition" has been accepted to IEEE Internet of Things Journal 🎉.
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