Design and Analysis of Side Information Embedded PTS Scheme in the OFDM Communication System. - Seon-Ae Kim; Heung-Gyoon Ryu (WASA, 2006)

Analysis and suppression of effects of CFO and phase noise in WFMT modulation for vehicular communications. - Junyeong Bok; Seon-Ae Kim; Heung-Gyoon Ryu (ICC, 2012)

Random Jitter Beamforming for point-and-link communications. - Byung-Jae Kwak; Seon-Ae Kim; Young-Hoon Kim; Nah-Oak Song (SSP, 2012)

SNR Estimation in OFDM System by the Correlation of Decision Feedback Signal. - Seon-Ae Kim; Junyeong Bok; Heung-Gyoon Ryu (Wirel. Pers. Commun., 2013)

Proof-of-concept demonstration of a 22-GHz vehicular communication system over an urban roadway testbed. - Hee-Sang Chung; Sung-Woo Choi; Seung Nam Choi; Dae-Soon Cho; Seon-Ae Kim; Jungpil Choi; Gosan Noh; Jynhyeong Kim; Ilgyu Kim (ICTC, 2020)

Downlink Performance of Testbed for MN system Using 22-GHz mmWave. - Seon-Ae Kim; Seung Nam Choi; Heesang Chung (ICTC, 2021)

Demonstration of millimeter wave vehicle-to-vehicle communication services in highway environment. - Heesang Chung; Sung-Woo Choi; Seung Nam Choi; Dae-Soon Cho; Jungpil Choi; Seon-Ae Kim; Gosan Noh; Junhyeong Kim; Manho Park; Namsuk Lee; Minsuk Choi; Jae-Su Song; et al. (ICTC, 2022)

V2I and V2V service demonstration of millimeter wave communication in urban road environment. - Sung-Woo Choi; Heesang Chung; Dae-Soon Cho; Jungpil Choi; Seon-Ae Kim; Junhyeong Kim; Manho Park; Namsuk Lee; Jae-Su Song; Nakwoon Sung (ICTC, 2023)

Direction Finding Method for Fast Beam Alignment in Wireless Communication Systems. - Seon-Ae Kim; Heesang Chung; Young-Hoon Kim (ICTC, 2023)

Beam Selection Using Direction Finding Method in RIS-Aided MmWave Communication Systems. - Seon-Ae Kim; Heesang Chung (ICTC, 2024)

Fast Attention-Based Beam Search for Wireless Communications. - Young-Hoon Kim; Junhwan Lee; Moon-Sik Lee; Seon-Ae Kim (ICTC, 2024)

Digital Self Interference Cancellation Method Based on Nonlinear Harmonics Mitigation in In-Band Full Duplex Transceiver. - Seon-Ae Kim; Heesang Chung (WCNC, 2025)