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Research Area 1: Radiowave Propagation and Channel Modeling
Research Area 1: Radiowave Propagation and Channel Modeling
We explore how radiowaves interact with physical environments and develop advanced models that capture the complexity of wireless channels from urban to aerial and spaceborne scenarios
Digital twin channel simulation in Gangnam, Korea
Ray tracing simulation
Multipath profile validation using ray-racing and Measurements
Research Area 2: Wireless Communications and Signal Processing
Research Area 2: Wireless Communications and Signal Processing
We develop and optimize algorithms for future-proof wireless links, including beamforming, waveform design, channel estimation, and sensing-aware signal processing
Sub-THz channel sounder development
Stochastic geometry-based mobile network modeling
Real world mobile network modeling
Research Area 3: Network QoS Evaluation and Optimization
Research Area 3: Network QoS Evaluation and Optimization
We study and analyze wireless network performance, build realistic simulation frameworks, and develop solutions to optimize service quality and scalability, including digital twin, AI, data-driven, and stochastic approaches.
Network QoS evaluation based on system-level simulations
Interference management in private 5G networks
Research Projects
Research Projects
차세대 서비스 구조를 고려한 6G 채널 특성 기초분석 연구
Fundamental analysis on 6G channel characteristics for next-generation service architectures
(Incheon National University, 2025.10.–2027.04.)
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