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511
- Taeyoung Kim, a student of Prof. Seo research team receving accept for Advanced Functional Materials
- Prof. Seo’s group (BLISS) Tae Young Kim has achieved the acceptance of a paper in the Advanced Functional Materials journal. The developed stretchable anti-fouling coating exhibits its applicability to a variety of materials used in implantable medical devices, especially hydrogel based bioelectronics. (Title: Development of a Lubricant-Infused Stretchable Anti-Fouling Coating for Soft Bioelectronic Application) This work was supervised under Prof. Jungmok Seo (Corresponding author) and led by Ph.D. Candidate Tae Young Kim as the first author.
- 전기전자공학부 2023.12.29
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510
- Taeyoung Kim and Changyoon Yi (Prof. Seung Ah Lee’s research group) won the Best Paper Awards at ABC 2023
- Taeyoung Kim and Changyoon Yi of Prof. Seung Ah Lee’s research group (OISL) won the Young Investigator’s Award and the Best Poster Award at SPIE Advanced Biophotonics Conference 2023 (ABC 2023) organized by the Optical Society of Korea. Each work was supervised by Prof. Seung Ah Lee (corresponding author) and won the awards in Computational and Optical Microscopy division.
- 전기전자공학부 2023.12.12
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509
- Prof. Jungmok Seo’s group grants 2024 CES Innovation Awards (Digital health, Human security)
- Prof. Jungmok Seo’s research team (BLISS) has been selected to receive a grant from the 2024 CES Innovation in two categories(Digital health, Human security) by developing CEV(Clear Endo Vison) using a medical device surface coating technology. Lynk Solutec, a laboratory-based start-up company, received this award in recognition of its abiity to improve cost efficiency and medical standards by developing CEV that provides a clear view for endoscopic surgery at a lower cost.
- 전기전자공학부 2023.12.12
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508
- Research from Prof. Yongshik Lee's Lab Published in IEEE Transactions on Microwave Theory and Techniques
- The paper, titled 'Coil Array Technique With Maximum Tolerance to 2-D Misalignment for Wireless Power Transfer Systems,' showcases a multifunctional assistant coil array technology. This innovation ensures the sustained high efficiency of wireless power transfer systems, even under substantial misalignment between Tx and Rx coils. Unlike previous coil array techniques, the approach requires the integration of assistant coils solely on the Tx side, rendering it particularly well-suited for mobile applications. Nevertheless, it delivers superior performance, maintaining efficiency above 70% even under misalignments exceeding 100%, irrespective of the direction The research was conducted by Miss Seoyeon Yoon under the supervision of Prof. Yongshik Lee.
- 전기전자공학부 2023.12.12
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507
- Research from Prof. Yongshik Lee's Lab Published in IEEE Transactions on Antennas and Propagation
- The paper, titled “Dielectric Patterning Method for Enhanced RCS Reduction Effect Based on DBD Plasma”, demonstrates a technology that integrates a patterned dielectric layer with a DBD plasma generator, significantly increasing the effective electron density of the plasma and, consequently, dramatically enhancing the RCS (radar cross-section) reduction effect. The experimental results revealed that an RCS reduction effect of up to 34.7 dB was attained, surpassing the previous achievement by 10.7 dB. This marks the initial demonstration that plasma-based electromagnetic concealment technology is capable of providing the performance of well-established RCS reduction technologies, such as metasurfaces. This suggests a potential role for plasma-based technology in future electromagnetic concealment technologies. The primary contributors of the work are Mr. Jinwoo Jung (first author) and Prof. Yongshik Lee (corresponding author). This work was supported by ADD (Agency for Defense Development).
- 전기전자공학부 2023.12.12
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506
- Chaewon Park, Donghyung Kim (Prof. Lee’s team) won first prize in Data AI Analysis Competition
- Professor Lee’s research team (MVP Lab) won first place in the Social Issues category of the 2023 Data AI Analysis Competition (30th, Nov). The competition was jointly organized by the Ministry of Science and ICT, the National Research Council of Science & Technology, Daejeon Metropolitan City, and the National Assembly Library, with the Korea Institute of Science and Technology Information (KISTI) as the main organizer. A total of 226 teams participated in the competition. In this competition, Chaewon Park and Donghyung Kim participated as a team.
- 전기전자공학부 2023.12.12
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505
- Seunghyeon Ji (prof. Ahn’s research team) published a paper in Advanced Materials
- Prof. Ahn’s research team demonstrated an active-matrix perovskite LED display by heterogeneously integrating the perovskite (CsPbBr3) LED and 2D material (MoS2) -based display backplane. This result have been published in Advanced Materials (IF = 29.4, JCR Rank = 2.2%). This work was supervised under prof. Jong-Hyun Ahn (corresponding author) and led by graduate student Seunghyeon Ji (first author).
- 전기전자공학부 2023.12.12
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504
- Prof. Kang’s Research Team has been accepted for IEEE/ACM Transactions on Audio, Speech, and Language Processing
- Prof. Hong-Goo Kang and Zainab Alhakeem’s paper, titled “Disentangled Representations in Local-Global Contexts for Arabic Dialect Identification” has been accepted for publication in IEEE/ACM Transactions on Audio, Speech, and Language Processing (IF: 5.4, Q1). They developed representations specifically designed for the precise identification of 17 different Arabic dialects using speech signals.
- 전기전자공학부 2023.12.12
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503
- Distributed Control Architecture, Enhancing the Design Scalability and Flexibility of Modular Multilevel Converter
- Dr. Jongseo Na and researchers from Smart Grid Lab (Prof. Kyeon Hur) have developed a practical architecture for fully exploiting the scalability of modular multilevel converters (MMC), especially for High Voltage DC applications. The validity and performance of the proposed scheme, titled 'Interleaving Clusters of Submodules to Enhance Scalability of Modular Multilevel Converters for High-Voltage Applications,' will be highlighted in the IEEE Transactions on Power Delivery."
- 전기전자공학부 2023.12.01
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502
- Prof. Kyeon Hur's research has been accepted for International Journal of Electrical Power & Energy Systems
- Prof. Kyeon Hur and Dr. Jae-Kyeong Kim’s paper, titled “On the Perturbation Size of the Finite Difference Method for Trajectory Sensitivity-based Assessment of Power System Dynamics with Non-smooth Behavior” has been accepted for publication in International Journal of Electrical Power & Energy Systems (IF: 5.2, Q1). This paper comprehensively analyzed the appropriate perturbation size to improve the accuracy of trajectory sensitivity-based assessment of power system dynamics and provided practical guidelines.
- 전기전자공학부 2023.12.01