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759
- Dr. SungHoon Lim (Prof. Jung-Wook Park’s research team) IEEE Transactions on Industrial Informatics Paper Accepted
- Dr. SungHoon Lim, who earned his Ph.D. from the Power and Control Systems Laboratory (currently a Assistant Professor at Jeonbuk National University), has had his paper titled “Data-Driven Approach to Synthetic Inertia and Droop Estimation in Behind-the-Meter Renewable Energy Sources” finally accepted for publication in IEEE Transactions on Industrial Informatics (Impact Factor: 9.9, Weight: 3).
- 전기전자공학부 2026.01.29
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758
- Dr. SungHoon Lim (Prof. Jung-Wook Park’s research team) IEEE Transactions on Power Systems 논문 게재
- Dr. SungHoon Lim, who earned his Ph.D. from the Power and Control Systems Laboratory (currently a Assistant Professor at Jeonbuk National University), has had his paper titled “Analytical Energy-Based Approach for Frequency Nadir Estimation under Increasing RESs” finally accepted for publication in IEEE Transactions on Power Systems (Impact Factor: 7.2, Weight: 3).
- 전기전자공학부 2026.01.26
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757
- Mr. Jueun Jung (Prof. Kyuho Lee’s Lab) Received the IEEE Solid-State Circuits Society (SSCS) Predoctoral Achievement Awa
- Jueun Jung, a researcher in Professor Kyuho Lee’s Intelligent Systems Lab, has received the IEEE Solid-State Circuits Society (SSCS) Predoctoral Achievement Award (2025.12.22) The award recognizes a small number of exceptional Ph.D. students worldwide based on academic excellence, research promise, quality of publications, and alignment with the mission of the IEEE SSCS. Recipients receive financial support to attend the International Solid-State Circuits Conference (ISSCC).
- 전기전자공학부 2026.01.19
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756
- Mr. Junghyun Yoon published a paper on high-resolution data converter in the IEEE Journal of Solid-State Circuits (JSSC
- Mr. Junghyun Yoon (Professor Youngcheol Chae's team) published a paper titled "A Continuous-Time Zoom ADC With Coarse Noise-Shaping ADC and Interstage Low-Pass Filter" in the IEEE Journal of Solid-State Circuits (JSSC), a leading academic journal in the field of circuits and systems (2025.12.04. Published). The paper proposes a fundamental structural change to the continuous-time zoom ADC, achieving state-of-the-art energy efficiency. This, in turn, could dramatically extend the battery life of various IoT devices.
- 전기전자공학부 2026.01.19
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755
- Dongseok Cho published a paper on SPAD LiDAR Sensor in the IEEE Journal of Solid-State Circuits (JSSC)
- Dongseok Cho (with Prof. Youngcheol Chae and Myeong-Jae Lee's research team) accepted a paper titled "A SPAD Flash LiDAR Sensor with Push-Pull Analog Counter Achieving a 0.12% Depth Precision at a 70 m Depth Range" in the IEEE Journal of Solid-State Circuits (JSSC), a top academic journal in the field of circuits and systems. This paper describes the development of a 64x64 SPAD LiDAR sensor that achieves a 0.12% measurement error at a measurement range of 70 m, and it is expected to be applied to various devices such as autonomous driving and robots.
- 전기전자공학부 2026.01.19
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754
- Juntaek Han (Prof. Jeonghun Park’s team)’s paper has been accepted in IEEE Internet of Things Journal (IoTJ)
- Prof. Park's research team has had their paper "Reducing Latency by Eliminating CSIT Feedback: FDD Downlink MIMO Transmission for Internet-of-Things Communications" accepted in IEEE Internet of Things Journal (Impact Factor 8.9). This paper proposed a novel framework for low-latency FDD MIMO IoT communications, featuring a robust RSMA precoding design that integrates feedback-free channel reconstruction with error covariance matrix approximation. The work was led by Juntaek Han (PhD student) and Prof. Park (corresponding author).
- 전기전자공학부 2026.01.19
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753
- Paper from Prof. Bumsub Ham’s Research Team has been accepted to PR
- A paper by Jongyoun Noh in Prof. Bumsub Ham’s research team has been accepted to PR (Pattern Recognition, IF=7.5), one of the top-tier journals in the field of artificial intelligence. This study proposes feature pruning and feature assignment techniques for post-hoc network calibration, improving calibration performance compared to existing post-hoc network calibration methods.
- 전기전자공학부 2026.01.19
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752
- Prof. Taeyoon Lee's group (NBDL) published in Advanced Functional Materials
- Prof. Taeyoon Lee’s group developed a stretchable thermoelectric (TE) fiber with silver selenide (Ag2Se) featuring a single architecture with a repeating n-p structure. The results were published as an Editor’s Choice in Advanced Functional Materials (IF = 18.5, JCR Top 4.1%) in November, highlighting its scientific excellence. This research was led by Dr. Chaebeen Kwon and Dr. Sanghyeon Lee (co-first authors) of NanoBio Device Lab (corresponding author: Prof. Taeyoon Lee). (Title: Stretchable pn-Pair Thermoelectric Fibers Based on Core (Ag)-Shell (Ag2Se) Structure for Wearable Electronics)
- 전기전자공학부 2026.01.19
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751
- Jae Seong Han (Prof. Hyun Jae Kim’s research team), published a research paper on ‘ACS Nano’
- Prof. Kim’s research team has published a paper about “Metal-Induced Oxygen Vacancy Control in InGaZnO/HfZrO Ferroelectric Field-Effect Transistor Arrays for Simultaneous Improvement of Memory Window and Electrical Stability” in ACS Nano (IF: 16.1, JCR Top 6.0%) (2026.01.07. Published) This work, led by first author Jae Seong Han (1st author) under the guidance of Prof. Hyun Jae Kim (corresponding author), suggested and discussed a practical channel engineering method to improve the electrical characteristics of oxide semiconductor based ferroelectric field effect transistors.
- 전기전자공학부 2026.01.19
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750
- Sujin Lee (Prof. Hyun Jae Kim’s research team), published a paper on ‘Advanced Functional Materials’
- Prof. Kim's research team has approved the paper about “Dual-Input Electrically and Optically Tunable Memtransistor for Multilevel Memory in Intelligent Electronic Systems” in Advanced Functional Materials (IF: 19.0, JCR Top 4.5%). (2026.01.08. Accepted) This paper, led by Ph.D. candidate Sujin Lee is demonstrates an electrically and optically dual-input multilevel memory architecture based on oxide semiconductor devices, contributing to the advancement of next-generation intelligent electronic systems.
- 전기전자공학부 2026.01.19