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Member Profile (20)
(Ph.D) S. H. Cho
(Ph.D) S. H. Hong
(Ph.D) M. J. Kang
(Ph.D) J. H. An
(Ph.D) S. H. Lee
(Ph.D) H. J. Yun
(Ph.D) Y. H. Lee
(Ph.D) S. H. Park
(Ph.D) M. J. Kim
(M.S.) B. I. Jeong
(M.S.) J. Y. Byeon
(M.S.) J. K. Phi
(M.S.) G. H. Jeon
(M.S.) H. J. Lee
(M.S.) J. H. Park
(M.S.) K. H. Seong
(M.S.) H. S. Kim
(M.S.) J. H. Lee
(B.S.) Y. J. Lee
(B.S.) M. K. Jeong
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(Prof) S. M. Lee
(Prof) S. H. Lee
(Dr. ) J. S. Kwon
(Dr. ) D. K. Lee
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Byungin Jung (M.S. Graduate Student, Hanwha Systems)

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Graduate Student, Embedded System Architect
AI-Embedded System/Software on Chip (AI-SoC) Lab
School of Electronics Engineering, Kyungpook National University
Phone: +82 053 940 8648
E-mail: gms05143 [@] naver[DOT] com
[Homepage] [Google Scholar] [SVN] [CV]

Repository Commit History

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Introduction

Full Bio Sketch

Mr. Jung is now with is now with Hanwha Systems R&D department as system engineer, researching naval combat management system(CMS) architecture, sensors&weapons system integration and verification. He received his B.S. degree in Electronics Engineering in 2013 at Kumoh Institute of Technology (KIT), Republic of Korea. Currently his research interests are Artificial Intelligence appliance/future Cyber security solution integrated with CMS structure for naval battleship.

Research Topic

Containerization and Automated Fault Recovery through Dynamic Runtime Hot-Swapping in NCMS SW

The ROKN's Naval CMS, designed under the Naval Open Architecture (NOA), employs a modular framework integrating heterogeneous processors and application groups. The legacy design, based on a single OS hosted per device, required exhaustive reliability validation and exhibited limited scalability for future software expansion. To overcome these constraints, this research figured Docker containerization by decomposing the monolithic Naval CMS software into modular containers. Moreover, this research proposes a fault-tolerant scheme enabling in-container self-diagnosis and dynamic runtime replacement, thereby eliminating the need for container redeployment and improving system availability.

Publications

Journal Publications (KCI 1)

  • Byungin Jung and Daejin Park. Containerization Strategy and Automated Fault Recovery through Dynamic Runtime Hot-Swapping in Naval Combat System Software (Under Review) (KCI) Journal of the Korea Institute of Information and Communication Engineering, 2025.

Conference Publications (Intl. 2)

  • Byungin Jung and Daejin Park. Improvement of Automated Naval Gun Alignment Procedure Assisted by AI In IEEE International Conference on ICT Convergence (ICTC 2024), 2024.

  • Byungin Jung and Daejin Park. Containerization Strategy and Automated Fault Recovery through Dynamic Runtime Hot-Swapping in Naval Combat System Software (Under Review) In IEEE International Conference on Consumer Electronics Asia (ICCE-Asia 2025), 2025.

Participation in International Conference

  • IEEE ICTC 2024, Jeju, Korea

  • IEEE ICCE-Asia 2025, Busa, Korea

Last Updated, 2029.09.09