• Title/Summary/Keyword: MUM-T Mission

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Simulation for SEAD Mission with MUM-T (SEAD 임무를 위한 유·무인 협업 모의)

  • Sungbeom Jo;Young Mee Choi;Jihyun Oh;Hyunsam Myung;Heungsik Lim
    • Journal of the Korea Institute of Military Science and Technology
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    • v.26 no.5
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    • pp.409-421
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    • 2023
  • In the air power, UAVs have played a large and diversified role in performing missions from simple to high-level complex ones. In particular, the suppression of enemy air defenses(SEAD) is very dangerous for a pilot so it is expected that the manned-unmanned teaming(MUM-T) system with tailless stealthy unmanned aerial vehicle(UAV) will greatly enhance effectiveness of the mission while ensuring the pilot safe. This paper describes simulation studies of remote airborne control(RAC) environment for performing the SEAD mission by MUM-T, by which the air force pilot remotely controls tailless UAVs individually or small UAVs in swarm. Through this simulation, air force pilot can derive the concept of MUM-T mission operation with various UAVs in the future, and it can be used to upgrade the MUM-T system by verifying the effectiveness of the mission.

Analysis of SEAD Mission Procedures for Manned-Unmanned Aerial Vehicles Teaming (유무인기 협업 기반의 SEAD 임무 수행절차 분석)

  • Kim, Jeong-Hun;Seo, Wonik;Choi, Keeyoung;Ryoo, Chang-Kyung
    • Journal of the Korean Society for Aeronautical & Space Sciences
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    • v.47 no.9
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    • pp.678-685
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    • 2019
  • Due to the changes in future war environment and the technological development of the aviation weapon system, it is required to carry out on the analysis of the Manned-Unmanned aerial vehicles Teaming(MUM-T). Conventional manned-unmanned aerial vehicles operate according to the air strategy missions and vehicles' performance. In this paper, we analyze conventional aerial vehicle's mission to derive various kinds of missions of MUM-T after analyzing the unmanned aircraft systems roadmap issued by US DoD and the air strategy of US Air Force. Next, we identify the basic operations of the vehicles to carry out the missions, select the MUM-T based Suppression of Enemy Air Defense missions(SEAD), and analyze the procedure for performing the missions step by step. In this paper, we propose a procedure of the mission in the context of physical space and timeline for the realization of the concept of MUM-T.

Development and Application of Remote Airborne Control Simulator for Experimentation of Manned-Unmanned Teaming of Fixed Wing UAV (고정익 유/무인기의 협업 모의를 위한 원격공중통제 시뮬레이터 개발 및 활용방안)

  • Choi, Young Mee
    • Journal of Aerospace System Engineering
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    • v.15 no.1
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    • pp.56-62
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    • 2021
  • The purpose of this study was to address a Remote Airborne Control Simulator that could simulate manned-unmanned teaming (MUM-T mission) for fixed wing UAV. With rapid technological development of unmanned aerial vehicle (UAV), the mission capability of UAV has tremendously grown. The role of UAV extends from simple reconnaissance to highly automated wingman. Accordingly, the requirement of UAV ground simulator should be modified as well to meet function requirements for simulating a MUM-T mission. A developed remote airborne control simulator was developed for conducting fixed wing UAV MUM-T operation simulations on the ground. The newest MUM-T examples, usage, and application of the developed remote airborne control simulator for MUM-T simulation are also presented in this study.

Process for Identifying QoS Requirements in the Multi-Domain Operations Environment (Multi-Domain Operation Environment QoS 소요식별 절차)

  • Park, Dongsuk;Cho, Bongik;Park, Taehyung;Lim, Jaesung
    • Journal of the Korea Institute of Military Science and Technology
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    • v.25 no.2
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    • pp.177-186
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    • 2022
  • A network QoS model for the joint integrated C4I structure was proposed for the integration of network infrastructure and network operations(NetOps) for NCOE. Detailed QoS requirements process of the joint integrated C4I systems are needs in the Multi-Domain Operation Environment(MDOE). A process is proposed for identifying QoS requirements and establishing in the MDOE using JMT(Joint Mission Thread) reference architecture and solution architecture. Mission analysis identify JCOAs(Joint Critical Operational Activities) and related activities based on JMT & System architecture's OVs, and Information analysis identify QoS attributes using System architecture's SVs. Identifying QoS attributes will be registered at PPS Registry by pre-regulated process, and will be set-up by NetOps. MDOE QoS requirement Process will support efficiently MUM-T and smart defense platform users under the future uncertain battlefield circumstances.

A Methodology for Evaluating Mission Suitability of Manned-Unmanned Aircraft Teaming for SEAD Missions (SEAD 임무 수행을 위한 유x무인기 협업 체계의 임무적합도 평가 방법론 연구)

  • Seo, Wonik;Lee, Hyun Moo;Kim, Jeong-Hun;Choi, Keeyoung;Jee, Cheol-Kyu
    • Journal of the Korean Society for Aeronautical & Space Sciences
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    • v.48 no.11
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    • pp.935-943
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    • 2020
  • This paper presents a methodology for evaluating suitability of a manned-unmanned aerial vehicle team for a complicated mission. The study identified vehicle performance, equipment performance and level of autonomy as the key factors that affect the mission effectiveness. A manned and an unmanned aircraft were compared, and their performance was quantized in these respects. SEAD was chosen as a representative manned-unmanned team mission. The SEAD mission was broken down to a sequence of tasks. Mission experts evaluated the importance of each mark item for the mission legs. Combining the results showed proper type of aircraft for each leg depending on the complexity, safety, and importance of the task. Finally, the whole mission plan was laid out as a time-based sequence which alleviate pilot workload significantly.