대잠전 임무 스레드와 전술적 요구조건을 고려한 이기종 무인체계 System of System 설계 방안

김준영¹^{, *} ; 허진영² ; 윤관섭³

1(주)LIG 디펜스앤에어로스페이스 무인수상정개발단 수석연구원
2(주)LIG 디펜스앤에어로스페이스 무인수상정개발단 선임연구원
3(주)LIG 디펜스앤에어로스페이스 무인플랫폼연구소 연구위원

System-of Systems Design for Heterogeneous Unmanned Systems Based on Anti-Submarine Warfare Mission Threads and Tactical Requirements

Jun-Young Kim¹^{, *} ; Jin-Yeong Heo² ; Kwan-Seob Yoon³

1Chief research engineer, Unmanned Surface Vehicle Systems R&D, LIG D&A
2Research engineer, Unmanned Surface Vehicle Systems R&D, LIG D&A
3Research fellow, Unmanned Platform R&D, LIG D&A

Correspondence to: *Jun-Young Kim 333, Pangyu-ro, Bundang-gu, Seongnam-si, Gyeonggi-do, Republic of Korea Tel: +82-31-5178-4557 E-mail: junyoung.kim@ligdna.com

초록

본 논문은 대잠전 임무 스레드와 전술적 요구조건을 기반으로 이기종 무인체계 system of system 설계 방안을 제안한다. 대잠전 임무를 탐지, 식별, 추적, 차단, 교전, 평가 단계로 정의하고, 소노부이, TASS, 능동소나, 대잠무장 운용에서 도출되는 플랫폼 요구성능을 분석하였다. 이를 통해 단일 플랫폼 중심이 아닌 역할 기반 이기종 무인체계 SoS 설계 필요성을 제시한다.

Abstract

This paper proposes a system-of-systems (SoS) design approach for heterogeneous unmanned systems based on anti-submarine warfare (ASW) mission threads and tactical requirements. The ASW mission is divided into six phases: detection, identification, tracking, interdiction, engagement, and assessment. Platform performance requirements are derived by analyzing representative mission activities involving sonobuoy deployment, towed array sonar system (TASS) operation, active sonar operation, and ASW weapon employment. The findings demonstrate the need for a role-based SoS comprising heterogeneous unmanned systems rather than a design centered on a single platform.

Keywords:

Mission Engineering, Mission Thread, Anti Submarine Warfare, Unmanned Surface Vehicle, Heterogeneous Unmanned System

키워드:

임무공학, 임무 스레드, 대잠전, 무인수상정, 이기종 무인체계

Acknowledgments

이 논문은 2026년도 한국해군과학기술학회 하계학술대회 발표 논문임.

References

Ministry of Defence, Allied Joint Doctrine for Maritime Operations (AJP-3.1), 2025.
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US DoD, Mission Engineering Guide Version 2.0, 2023.
US Navy, The Commander’s Handbook on the Law of Naval Operations (March 2022 ed.), 2022.
Jaeho Jeong, ‘Development of a Simulator for Submarine Path Estimation and Optimization of Sonobuoy Deployment Patterns,’ Journal of the KIMST, VOL. 27, NO. 5, 2024, pp. 567-580. [https://doi.org/10.9766/KIMST.2024.27.5.567]