The Warrior Platform is an ambitious personal combat system improvement project that the Army is pursuing with the goal of enhancing the combat power of combatants as well as improving their defense and survivability. I...

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https://www.riss.kr/link?id=A109859034
2025
Korean
KCI등재
학술저널
452-464(13쪽)
0
상세조회0
다운로드다국어 초록 (Multilingual Abstract)
The Warrior Platform is an ambitious personal combat system improvement project that the Army is pursuing with the goal of enhancing the combat power of combatants as well as improving their defense and survivability. I...
The Warrior Platform is an ambitious personal combat system improvement project that the Army is pursuing with the goal of enhancing the combat power of combatants as well as improving their defense and survivability. It is being developed with the goal of integrating combat equipment, combat gear, and combat clothing into a single combat system called the Warrior Platform to maximize the combat power of each combatant and actively respond to changes in the future battlefield environment. Through this, the purpose is to supplement the power gap caused by the reduction in manpower resources by improving the eliteness and combat efficiency of each combatant. In this study, the combat effectiveness of the mission equipment of the integrated personal combat system system compared to the existing personal combat equipment was analyzed. To this end, the combat efficiency weights through pairwise comparison with existing individual combat equipment were derived using the AHP technique, and an approach was presented on how to reflect this as a combat power index of the ground weapon effectiveness analysis model and simulate it. Unlike the effectiveness analysis of a specific weapon system, this study presents an objective and quantitative method on how to analyze the impact of changes in mission equipment that individual combatants must have on combat effectiveness, and it is judged that it can be utilized to verify the effectiveness for the future power-up of individual combat systems.
다중특징 융합 기반 딥러닝 모델을 이용한 인간의 실제 음성과 AI 합성 음성의 식별 방법
함정 추진축계 베어링에서 발생하는 초고주파 진동 및 이상소음 특성 사례 연구
위협체 식별을 위한 궤적 기반 Out-of-Distribution 고려 대조 학습 기법