Papers
1
Total Citations
2
H-Index
1
About
Jong Ho Kim is an emerging researcher specializing in wireless communications, electromagnetic wave propagation, and experimental channel modeling for next-generation mobile networks. His work sits at the critical intersection of antenna engineering and 5G/6G system design, with a particular focus on how the human body influences indoor radio wave behavior — a foundational challenge for deploying reliable millimeter-wave and sub-terahertz communication systems in real-world environments. Kim's most notable contribution involves the development of a sophisticated mannequin phantom designed to replicate the electromagnetic properties of the human body, including penetration, reflection, diffraction, and surface wave propagation. This innovation provides researchers and engineers with a reproducible, ethical, and practical tool for conducting controlled channel measurements without requiring human subjects — a significant methodological advancement for the field. Such phantoms are essential for accurately characterizing body-induced signal blockage, a persistent obstacle in dense indoor 5G and 6G deployments. While still building his citation profile with 2 citations on his featured work, Kim's research addresses timely and high-impact problems as the global telecommunications community races toward 6G standardization. His contributions lay important groundwork for realistic propagation modeling and next-generation network design.
Research Focus
Key Achievements
Top Papers
- 1