Wireless Intelligent Systems Laboratory
Welcome to WiSL!
Wireless Intelligent Systems Laboratory (WiSL) is directed by Prof. Kyoung-Jae Lee in the Dept. of Electronic Engineering at Hanbat National University.
Our research interests include next generation wireless communications, deep learning based communication designs, IoT secure networks, unmanned aerial vehicle (UAV) communications, wireless powered communications, and power line communications based on communication theory, artificial intelligence, machine learning, information theory, and signal processing. (Google Scholar Profile)
WiSL students are supported by the BK21 FOUR (Brain Korea 21 Fostering Outstanding Universities for Research) scholarship program and our research projects have been sponsored by the following research institutes:
Opening
We are currently recruiting M.S./Ph.D. students and postdoctoral fellows. Please send your CV and academic transcripts to Prof. Lee (kyoungjae@hanbat.ac.kr) if you are interested. [ M.S./Ph.D. scholarship ]
News
Dec. 2023, Suho and Prince received 'VTS Seoul Chapter Award' in IEEE VTS APWCS!
Feb. 2023, Prof. Kyoung-Jae Lee received the Hanbat National University Best Teaching Award.
Congratulations! This honor is thanks to group members who served as teaching assistants. Thank you so much!
Feb. 2023, Dr. Anokye's paper, accepted in IEEE Transactions on Wireless Communications (TWC)
Congratulations! Prince Anokye's paper "Power optimization of cell-free massive MIMO with full-duplex and low-resolution ADCs" has been accepted for publication in IEEE TWC, which is one of the top journals in wireless communications areas with the Impact Factor of 8.346. Thanks a lot for Prince's effort on this great achievement!
Dec. 2022, 6-year research grant, from Ministry of National Defense .
WiSL will receive the defense basic research fund as "Space-Layer Intelligent Communication Network Research Laboratory" for 6 years.
Dec. 2022, Kunju received 'VTS Seoul Chapter Award' in IEEE VTS APWCS!
Oct. 2022, WiSL undergraduate students received the 'Local Heroes Best Award' of the Minister of Education.
Congratulations! WiSL students, Junho (team leader), Seungji, Baekhoon, and Kyumin received the Best Award from the Minister of Education.
Media report: [1]
June 2022, 5-year funding program, from Institute for Information & Communications Technology Planning & Evaluation (IITP).
June 2022, 3-year research grant, funded by Korea Electric Power Corporation (KEPCO).
A new research project entitled "Deep learning-based hybrid power line and wireless communications for smart grid and IoT environment" will be launched and supported for 3 years by KEPCO.
Apr. 2022, 3-year research grant, from Institute for Information & Communications Technology Planning & Evaluation (IITP).
We will conduct the research project of "Development of Network Load Balancing Techniques Based on Multiple Communication/Computing/Storage Resources" for self-driving, which will be supported fully by Korea Government.
Apr. 2022, 2-year research grant, from Institute for Information & Communications Technology Planning & Evaluation (IITP).
We will conduct the research project of "Analysis and Research of 5G Standard Patents", which will be supported fully by Korea Government.
Mar. 2022, National Research Foundation (NRF) Mid-Career Researcher Program Grant.
WiSL won a new 4-year research grant from the Korean government for a project entitled "Multi-Agent Reinforcement Learning Aided Joint Optimization of Wireless Transmission and Resource Allocation for Unmanned Vehicles".
Apr. 2021, A new 5-year project, funded from Institute for Information & Communications Technology Planning & Evaluation (IITP).
Our group will investigate "Rate-splitting multiple access based on cell-free extremely massive MIMO full-duplex transmission systems" for 5 years. This grant will be fully supported by Korea government.
Feb. 2021, Prof. Kyoung-Jae Lee received the Hanbat National University Best Research Award.
Congratulations! This honor is thanks to our postdoc, graduate and undergraduate researchers. Thank you so much!
Sept. 2020, Dr. Prince Anokye won the Korea Research Fellowship (KRF) grant.
Dr. Anokye will be supported from the National Research Foundation (NRF) for 4 years, and he will focus on "Full-duplex massive MIMO based V2X wireless communication networks for massive connected future vehicles".
Sept. 2020, Our department won the BK21 FOUR (Brain Korea 21 Fostering Outstanding Universities for Research) grant!
This 7 year project "Convergence technology research group for futuristic intelligent eco-vehicles" is for supporting graduate students, and we will study on V2X communication systems in this project.
Aug. 2020, Prof. Lee, elevated to IEEE Senior Member.
IEEE Senior Membership is an honor bestowed only to those who have made significant contributions to the profession.
May 2020, Dr. Anokye's paper, accepted in IEEE Transactions on Wireless Communications (TWC)
Congratulations! Prince Anokye's FD massive MIMO paper "Low-Resolution ADC Quantized Full-Duplex Massive MIMO-Enabled Wireless Backhaul in Heterogeneous Networks Over Rician Channels" has been accepted for publication in IEEE TWC, which is one of the top journals in wireless communications areas with the Impact Factor of 6.394 in 2018.
Apr. 2020, Dr. Asiedu's paper, accepted in IEEE Internet of Things Journal (IoTJ)
Congratulations! Derek Kwaku Pobi Asiedu's WPCN paper "Beamforming and resource allocation for multi-user full-duplex wireless powered communications in IoT networks" has been accepted for publication in IEEE IoTJ, which is one of the top journals in IoT areas with the Impact Factor of 9.515 in 2018.
Feb. 2020, Prof. Lee has a sabbatical year as a Visiting Professor in University of Southern California, CA, USA
He is collaborating with Prof. Andreas Molisch, Wireless Devices and Systems Group (WiDeS), on V2X, massive MIMO and machine learning. This cooperative research is supported by the National Research Foundation (NRF).
Aug. 2019, Dr. Asiedu's paper, accepted in IEEE Internet of Things Journal (IoTJ)
Congratulations! Our member Derek Kwaku Pobi Asiedu's paper "Simultaneous wireless information and power transfer for decode-and-forward multi-hop relay systems in energy-constrained IoT networks" has been accepted for publication in IEEE IoTJ, which is one of the top journals in IoT and wireless communications with the Impact Factor of 9.515 in 2018.
June 2019, National Research Foundation (NRF) 3-year research grant.
WiSL won a new 3-year research grant from the Korean government for a study on "Deep learning based UAV communications, networking, and trajectory control".
May 2019, Prof. Lee, appointed as an Editor of IEEE/KICS Journal of Communications and Networks (JCN).
JCN is a Science Citation Index Expanded (SCIE, Web of Science) indexed journal with Impact Factor 1.632, which is issued by the Korean Institute of Communications and Information Sciences (KICS) and technically co-sponsored by the IEEE Communications Society.
Jan. 2019, Prof. Lee serves as a Guest Editor of MDPI Energies Special Issue on "Future Wireless Power Transfer and Communications".
MDPI Energies has the impact factor of 2.707, indexed by the Science Citation Index Expanded (SCIE, Web of Science). The submission due of the special issue is December 15, 2019.
Nov. 2018, Prof. Lee received a research award from Korea Electric Power Research Institute (KEPRI).
He received this award on the contribution of a research on "Reliable and secure power line communications based on multi-relay multi-user MIMO for smart grid".
June 2018, 5 year research grant, from Institute for Information & Communications Technology Promotion (IITP).
We will study on "IoT wireless powered cognitive radio communications with user-centric distributed massive MIMO systems", which is supported for 5 years by Korea government research fund.
Jan. 2018, Prof. Lee, appointed as an Editor of Journal of Information and Communication Convergence Engineering (JICCE).
JICCE is an international journal indexed by SCOPUS and issued by the Korea Institute of Information and Convergence Engineering (KIICE).
June 2017, 3 year research grant, funded by Korea Evaluation Institute of Industrial Technology (KEIT).
We will study on "Development of non-binding multi-modal wireless power transfer technology for wearable devices" with Korea Electronics Technology Institute (KETI), which is supported for 3 years by Korea government.
Mar. 2017, 3 year research grant, funded by Korea Electric Power Corporation (KEPCO).
We won the research fund supported by the KEPCO for a study on "Reliable and secure power line communications based on multi-relay multi-user MIMO for smart grid" for 3 years.
Jan. 2017, 4 year research grant, funded by Institute for Information & Communications Technology Promotion (IITP).
Our research on "Cross layer design of cryptography and physical layer security for IoT networks" will be supported by the research fund from the Korean government for 4 years.
June 2016, A new research project, funded by National Research Foundation (NRF).
WiSL will be supported by the research fund from the Korean government for 3 years on "Study on user centric virtual cells in cloud radio access networks with wireless fronthaul".
Dec. 2014, A new research project, funded by Korea Electric Power Corporation (KEPCO).
We will conduct the research project supported by the KEPCO for a study on "Multiple-input multiple-output power line communications based on two-way relaying transmission".
Dec. 2014, A new research project, funded by National Research Foundation (NRF).
WiSL will receive the research fund from the Korean government for 3 years on "Cooperative research on appropriate technology for low-power wireless networks based on solar-energy for constructing communication infrastructures in Africa".
Dec. 2013, Prof. Lee won IEEE ComSoc APB Outstanding Young Researcher Award and IEEE ComSoc APB Outstanding Paper Award.
Oct. 2013, A new research project, funded by National Research Foundation (NRF).
WiSL will be supported with the research fund from the Korea government for 3 years on "Transmission techniques for optimizing spectral efficiency and energy efficiency in relay-based small cells".