-
701
- One Paper from Prof. Bumsub Ham’s Research Team has been accepted to PR
- A paper by Dohyung Kim and Jaehyun Moon 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 an optimal per-token bit allocation method to minimize quantization error, along with an efficient approximation technique for quantization error variation, achieving improved performance over existing per-token quantization methods.
- 전기전자공학부 2025.08.19
-
700
- Dr. Usman Khan (Prof. Jung-Wook Park’s research team) published in IEEE Transactions on Industrial Electronics
- Dr. Usman Khan, who earned his Ph.D. from the Power and Control Systems Laboratory (PCSL) and served as a postdoctoral researcher for two years (currently a Senior Research Professor at Alfaisal University, Saudi Arabia), has had his paper titled “Dual-Buck Three-Phase Cyclo-Converters Without Commutation Problem” finally accepted for publication in IEEE Transactions on Industrial Electronics (Impact Factor: 7.2, Weight: 3).
- 전기전자공학부 2025.07.28
-
699
- Dr. Mriganka Biswas Appointed as Assistant Professor at Indian Institute of Technology (IIT) Ropar, India
- Dr. Mriganka Biswas has worked for Professor Jung-Wook Park's research team in the Department of Electrical and Electronic Engineering at Yonsei University, as a post-doctoral research associate for 2 years from 2022 to 2024. He has been appointed as an assistant professor in the Department of Electrical Engineering at Indian Institute of Technology (IIT) Ropar, India, starting December 2025. He has actively conducted the research on power electronics here, and he is now working for University of Edinburgh, UK as a research fellow.
- 전기전자공학부 2025.07.25
-
698
- Prof. Seong-Ook Jung’s Research Team Accepted in IEEE Journal of Solid-State Circuits
- Prof. Jung's paper, “A High-Density Low-Leakage and Low-Power Fully-Voltage-Stacked SRAM for IoT Application” and “A 3X Offset, 2.9X Power, 1.3X Sensing Time, and 4X Area Reduction Direct Input Transfer Offset Cancel DRAM IO Sense Amplifier with Static Current-Free Pre-sensing” have been published in IEEE Journal of Solid-State Circuits (JSSC), one of the most highly-ranked journals in circuit design field (Impact Factor 5.6). The proposed SRAM effectively improves power while maintaining the SRAM cell layout pattern, and the proposed DRAM IOSA efficiently improves offset and power while reducing area overhead. These works were led by Sekeon Kim (Ph.D. Candidate), Doyoon Lim (M.S. Degree), and Prof. Seong-Ook Jung of the VLSI system laboratory.
- 전기전자공학부 2025.07.18
-
697
- Prof. Ilgu Yun’s group selected for The 2025 Information and Communication Broadcasting Technology Development Project
- Prof. Ilgu Yun’s research team (Semiconductor Engineering Laboratory) has been officially selected for the 2025 Information and Communication Broadcasting Technology Development Project – Quantum ICT Engineering (Communications). (Project title: Development of process technology for III-V based high-efficiency SPAD epi-wafers for quantum sensor applications and commercialization of a photon number resolver (PNR) device)
- 전기전자공학부 2025.07.18
-
696
- Prof. Sohn’s Team Published the Paper of 3D image synthesis on Expert Systems with Applications (ESWA)
- The paper, “3D Semantic Image Synthesis with Geometric and Semantic Consistency” has been accepted to Expert Systems with Applications (ESWA, IF=7.5, JCR within top 6.6%, 2024). This work has been conducted by Jihyun Kim (first author) and advised by Prof. Kwanghoon Sohn of the Dept. of EE Engineering at Yonsei University.
- 전기전자공학부 2025.07.18
-
695
- Dr. Min-Seung Ko (Smart Grid Lab Alumnus) Publishes in Top IEEE Journal on Wind Power and Ramp Rate Forecasting
- Dr. Min-Seung Ko, an alumnus of Prof. Kyeon Hur’s Smart Grid Research Group, has had his paper titled “Deterministic and Probabilistic Forecasting of Wind Power Generation and Ramp Rate with Expectation-Implemented Deep Learning” accepted for publication in IEEE Transactions on Sustainable Energy (Impact Factor: 10.0; Top 5% in the JCR, EE category). This work was conducted in collaboration with Dr. Hao Zhu, Professor at The University of Texas at Austin.
- 전기전자공학부 2025.07.18
-
694
- Prof. Hyun Jae Kim delivered a keynote speech at Applied Materials & Interfaces Conference (AMIC) 2025
- Prof. Hyun Jae Kim was invited as a keynote speaker at AMIC 2025, held on July 3~5 at Nanyang Technological University in Singapore. He delivered a presentation titled ‘Emerging Displays and Sensor Applications: Evolving into Interactive Platforms’. AMIC is a world-class international conference that showcases the latest research trends and major achievements in the fields of materials and devices.
- 전기전자공학부 2025.07.18
-
693
- Kyungmoon Kwak (Prof. Hyun Jae Kim’s research team), published on ‘International Journal of Extreme Manufacturing’
- Prof. Kim’s research team has published a paper about ‘Swiftly Accessible Retinomorphic Hardware for In-Sensor Image Preprocessing and Recognition: IGZO-Based Neuro-Inspired Optical Image Sensor Arrays with Metallic Sensitization Island’ in International Journal of Extreme Manufacturing (IF: 21.3, JCR Top 0.7%). (2025.07.03. Accepted) This work, led by first author Kyungmoon Kwak under the guidance of Prof. Hyun Jae Kim (corresponding author), experimentally demonstrates hardware for in-sensor computing that mimics human-like visual information processing.
- 전기전자공학부 2025.07.18
-
692
- I. Sak Lee (Prof. Hyun Jae Kim’s research team), published a paper on ‘Small Structures’ (IF: 13.9, JCR Top 6.9%)
- Prof. Kim’s research team has published a paper about ‘Achieving Exceptional Stability in Self-Aligned Coplanar Amorphous Oxide Thin-film Transistors through Hydrogen Scavenger Layer’ in Small Structures (IF: 13.9, JCR Top 6.9%). (2025.05.19. Accepted) This study, led by first author I. Sak Lee under the supervision of Prof. Hyun Jae Kim (corresponding author), presents a self-aligned (SA) coplanar oxide TFT architecture with an integrated hydrogen scavenger layer (HSL) to suppress hydrogen diffusion into the channel, enabling application in both semiconductor and display devices.
- 전기전자공학부 2025.07.18