Radio Technology Laboratory
About the Laboratory & Research Area
Major Research Groups
1) Communication Channel & System
- Channel measurements, predictions, system performance analysis
- MIMO, Wideband, UWB, PLC
- Ray-Tracing, FDTD simulations
2) Network
- Load balancing, Interference management, Scheduling, Localization
- Relay network, Femto-cell network System level simulations
3) Vehicular Radar
- FMCW radar, DoA estimation, Interference mitigation
1) Communication Channel & System
- Channel measurements, predictions, system performance analysis
- MIMO, Wideband, UWB, PLC
- Ray-Tracing, FDTD simulations
2) Network
- Load balancing, Interference management, Scheduling, Localization
- Relay network, Femto-cell network System level simulations
3) Vehicular Radar
- FMCW radar, DoA estimation, Interference mitigation
Research Interests & Projects
Recent Projects
1)NRF(govern.) - [National Research Lab] Characterization and modeling of broadband wireless communication channels for IMT-Advanced (2009 ~ )
2)MKE(govern.) - Intelligent 77GHz radar system (2010 ~ )
3)KCA(govern.) - 3-dimensional radio propagation modeling (2008 ~ 2012)
4)SK Telecom – Channel modeling for indoor cell planning tool implementation (2009 ~ 2010)
5)ETRI – Research on wave propagation at millimeter-wave band (2009 ~ 2010)
1)NRF(govern.) - [National Research Lab] Characterization and modeling of broadband wireless communication channels for IMT-Advanced (2009 ~ )
2)MKE(govern.) - Intelligent 77GHz radar system (2010 ~ )
3)KCA(govern.) - 3-dimensional radio propagation modeling (2008 ~ 2012)
4)SK Telecom – Channel modeling for indoor cell planning tool implementation (2009 ~ 2010)
5)ETRI – Research on wave propagation at millimeter-wave band (2009 ~ 2010)
Journals & Patents
Recent Publications
[1] Young-Woo Kwak et al., “Precoder design and capacity analysis for multi-antenna full duplex relay,” IEICE Trans. Commun., Jul. 2012.
[2] Jeongsik Choi et al., “User throughput estimation for the PF scheduling algorithm under MIMO channel environments,” IEEE Wirel. Commun., Oct. 2012.
[3] Jiho Song et al., “Low-complexity multiuser MIMO downlink system based on a small-sized CQI quantizer,” EURASIP J. Wirel. Commun. Netw., Feb. 2012.
[4] Kyong-Hoe Kim et al., " Cooperative multihop AF relay protocol for medium voltage power-line-access network," IEEE Trans. Power Deliv., Jan. 2012.
[1] Young-Woo Kwak et al., “Precoder design and capacity analysis for multi-antenna full duplex relay,” IEICE Trans. Commun., Jul. 2012.
[2] Jeongsik Choi et al., “User throughput estimation for the PF scheduling algorithm under MIMO channel environments,” IEEE Wirel. Commun., Oct. 2012.
[3] Jiho Song et al., “Low-complexity multiuser MIMO downlink system based on a small-sized CQI quantizer,” EURASIP J. Wirel. Commun. Netw., Feb. 2012.
[4] Kyong-Hoe Kim et al., " Cooperative multihop AF relay protocol for medium voltage power-line-access network," IEEE Trans. Power Deliv., Jan. 2012.
