Extraction of user profile based on workflow and information flow. - Jong Hwa Kim; Hyun Joon Lee (Expert Syst. Appl., 2012)

Mining knowledge demands from information flow. - Hyun Joon Lee; Jong Hwa Kim (Expert Syst. Appl., 2012)

A Novel Experimental Approach to the Applicability of High-Sensitivity Giant Magneto-Impedance Sensors in Magnetic Field Communication. - Jang-Yeol Kim; In-Kui Cho; Hyun Joon Lee; Jaewoo Lee; Jung-Ick Moon; Seong-Min Kim; Sang-Won Kim 001; Seungyoung Ahn; Kibeom Kim (IEEE Access, 2020)

Giant Magnetoimpedance Receiver With a Double-Superheterodyne Topology for Magnetic Communication. - Kibeom Kim; Seunghun Ryu; Jang-Yeol Kim; In-Kui Cho; Hyun Joon Lee; Jaewoo Lee; Seungyoung Ahn (IEEE Access, 2021)

Gaped Two-Loop Antenna-Based Magnetic Transceiver With an Empirical Model for Wireless Underground Communication. - Jaewoo Lee; Hyun Joon Lee; Jang-Yeol Kim; In-Kui Cho (IEEE Access, 2021)

Design of Multi-resonant Loop Antenna for Magnetic Induction Communication. - Tunghoon Oh; In-Kui Cho; Hyun Joon Lee; Jang-Yeol Kim (ICTC, 2022)

Experimental Assessment of a Magnetic Induction-Based Receiver for Magnetic Communication. - Jang-Yeol Kim; Hyun Joon Lee; Jae-Ho Lee; Jung-Hoon Oh; In-Kui Cho (IEEE Access, 2022)

Design of Comb-Line Array Antenna for Low Sidelobe Level in Millimeter-Wave Band. - Jae-Ho Lee; Sang-Hoon Lee; Hyun Joon Lee; Jung-Hoon Oh; Jang-Yeol Kim; In-Kui Cho; Dong-Wook Seo (IEEE Access, 2022)

Study on Rydberg Atomic-based Millimeter Wave Electric Field Measurement. - Jung-Hoon Oh; Hyun Joon Lee; Jang-Yeol Kim; In-Jui Cho (APCC, 2023)

Magnetic Induction-Based Test-Bed System for Magnetic Communication in Underground Mines. - Jang-Yeol Kim; Hyun Joon Lee; Jung-Hoon Oh; Kye-Seok Yoon; In-Kui Cho (SECON, 2023)

Receiving resonant phase-modulated signals using atomic magnetometer for magnetic communications. - Hyun Joon Lee; Jung-Hoon Oh; Jang-Yeol Kim; Kye-Seok Yoon; In-Kui Cho (SECON, 2023)

Wideband Magnetic Induction Wireless Communications in Challenging Underground Environments: A Current-Driven Scheme. - Kye-Seok Yoon; Jung-Hoon Oh; Hyun Joon Lee; Jang-Yeol Kim; In-Kui Cho (IEEE Internet Things J., 2025)