User Attraction via Wireless Charging in Cellular Networks. - Jeemin Kim; Jihong Park; Seung-Woo Ko; Seong-Lyun Kim (CoRR, 2015)

User attraction via wireless charging in downlink cellular networks. - Jeemin Kim; Jihong Park; Seung-Woo Ko 001; Seong-Lyun Kim (WiOpt, 2016)

Testbed verification of spectrum access opportunity detection in cognitive radio networks. - Jeemin Kim; Seung-Woo Ko 001; Han Cha; Seong-Lyun Kim (APCC, 2017)

Sense-and-predict: Opportunistic MAC based on spatial interference correlation for cognitive radio networks. - Jeemin Kim; Seung-Woo Ko 001; Han Cha; Seong-Lyun Kim (DySPAN, 2017)

Sense-and-Predict: Opportunistic MAC Based on Spatial Interference Correlation for Cognitive Radio Networks. - Jeemin Kim; Seung-Woo Ko; Han Cha; Seong-Lyun Kim (CoRR, 2017)

Millimeter-Wave Interference Avoidance via Building-Aware Associations. - Jeemin Kim; Jihong Park; Seunghwan Kim; Seong-Lyun Kim; Ki Won Sung; Kwang Soon Kim (IEEE Access, 2018)

Opportunism in Dynamic Spectrum Access for 5G: A Concept and Its Application to Duplexing. - Jeemin Kim; Soo-Min Kim; Han Cha; Jinho Choi 001; Seung-Woo Ko 001; Chan-Byoung Chae; Seong-Lyun Kim (CoRR, 2018)

Sense-and-Predict: Harnessing Spatial Interference Correlation for Opportunistic Access in Cognitive Radio Networks. - Jeemin Kim; Seung-Woo Ko; Han Cha; Seunghwan Kim; Seong-Lyun Kim (CoRR, 2018)

Delay Performance of Two-Stage Access in Cellular Internet-of-Things Networks. - Jeemin Kim; Hyun-Kwan Lee; Dong-Min Kim; Seong-Lyun Kim (IEEE Trans. Veh. Technol., 2018)

Sense-and-Predict: Harnessing Spatial Interference Correlation for Cognitive Radio Networks. - Seunghwan Kim; Han Cha; Jeemin Kim; Seung-Woo Ko 001; Seong-Lyun Kim (IEEE Trans. Wirel. Commun., 2019)

Opportunism in Spectrum Sharing for Beyond 5G With Sub-6 GHz: A Concept and Its Application to Duplexing. - Soo-Min Kim; Jeemin Kim; Han Cha; Min Soo Sim; Jinho Choi 001; Seung-Woo Ko 001; Chan-Byoung Chae; Seong-Lyun Kim (IEEE Access, 2020)

Factorial and construct validity of the Discrete Emotions Questionnaire for Videogames (DEQ-VG). - Devin Bonk; Jeemin Kim (Entertain. Comput., 2022)