• Defense and Technology
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• no.8 s.56
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• pp.42-51
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• 1983

• Journal of the Korean hospital association
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• v.36 no.3 s.307
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• pp.65-68
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• 2007

• Defense and Technology
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• no.7 s.55
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• pp.46-53
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• 1983

• Journal of the Korea Institute of Military Science and Technology
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• v.26 no.2
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• pp.139-148
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• 2023

Safety standards for long-range artillery ammunition test and training sites follow the US artillery shooting range safety zone standards. Although the South Korean geographical conditions of shooting ranges are different from those of the United States, there is no safety standard reflecting the South Korean topographical characteristics. Probable error associated with the shooting range, trajectory should be considered in establishing the safety standards. In this study, we present the safety standards for the ammunition testing site suitable for the Korean situation, with applying a concept of trajectory and probable error differed by ammunition type, which are currently confirmed by the South Korean Army's artillery shooting.

• Journal of the Korea Institute of Military Science and Technology
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• v.27 no.3
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• pp.355-363
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• 2024

This study proposes a method for determining the optimal target size for an artillery range considering ballistics and environmental conditions. To this end, the size of the probable error of each type of ammunition and charge determined during shooting were considered, and the effect of the firing position and target terrain characteristics on the target size was analyzed. In conclusion, the size of the target increased as the range increased, and a larger target size was required for the DPICM than for the general high explosive. Accordingly, the optimal target size must be determined by considering various factors such as topographical characteristics, shooting position location, and shooting range safety standards.

• Proceedings of the Military Operations Research Society of Korea Conference
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• 2005.10d
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• pp.103-116
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• 2005

• Information Systems Review
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• v.17 no.1
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• pp.65-92
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• 2015

Driven by the development of information technologies, information system (IS) use has been common even in military organizations. In particular, field artillery is currently using the Battalion Tactical Commanding System-A1 (BTCS-A1) to improve fire support. The use of BTCS-A1 makes fire-commanding processes simple and autonomous, which leads to shorten time to support fire. Although BTCS-A1 has been considered as a helpful system, there still exists some dispute regarding its effectiveness and impact on task performance. By conceptualizing BTCS-A1 use as appropriation, this study investigates how BTCS-A1 appropriation promotes task performance. We also hypothesize that IS quality, organizational pressure (institutional pressure and supervisor influence), and team climate (team learning climate and team empowerment climate) increase the appropriation. Survey results show that organizational pressure and team climate promote BTCS-A1 appropriation, which improves users' task performance. However, effect of IS quality is not significant. Theoretical and practical implications are presented.

• The Journal of Korean Institute of Communications and Information Sciences
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• v.35 no.11B
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• pp.1738-1747
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• 2010

This report shows the analysis and design of tactical decision automation procedure and the result of core algorithm. Expecially scheme of analysis and design includes result of tactical decision supporting procedure analysis for target engagement to fire in refer to AFATDS. Tactical decision automation procedure has three phases like target analysis, target priority, fire unit decision, fire method and attack method. Target analysis creates base information to decide priorities and attack methods through target activity, size and protection status. Target priority and fire unit decision judge target priority and fire unit with unit status and operation mission basis of target priority. Fire unit and Attack method decide fire style according to the kind of fire and ammunition for effective firing achievement. Finally, we show the effective tactical decision automation procedure through making the algorithm of priority and air control.

• Defense and Technology
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• no.4 s.254
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• pp.66-73
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• 2000

고도로 조직화된 마케도니아의 공병 부대는 포위전에 사용되는 무기뿐 아니라 강을 건너는 부교도 제작하였다. 포병의 경우에는 특별히 제작된 중요한 부속들은 동물이나 마차에 의하여 운반되었는데, 이것들은 부분들로 분해되어 한 뭉치씩 조립되어 운반되었다. 알렉산더 대왕은 전투시 단편명령을 전달하기 위하여 7명의 부관이나 근위병 그룹 중 하나를 사용하였다. 근위병 부대는 현대의 사관학교와 비교할만한 훈련 계획으로 훈련된 장교단을 의미한다.

• Defense and Technology
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• no.11 s.117
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• pp.18-21
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• 1988

이 글은 미국의 월간 <야전포병>지 1988년 6월호에 수록된 다차원 개념(Multi-Demensional Concept)의 내용을 번역한 것으로서, 전선에서의 실병력 전투부대의 절약으로 공지전투교리에 의한 효과적인 기동전동전(Manuever) 수행부대를 확보하는 것을 비롯하여 과학적인 전장배치를 하려는 발전적인 개념이라고 생각됩니다. 그리고 이 개념은 아직은 실용화 단계에 도달하지 못한 것이지만, 과학기술의 급진적 발전에 따라 새로운 전장구상을 하는 한가지 모델이 될 수 있으며, 구태의연한 보수적 관념으로 군사문제를 해결하는 시대가 지나가고 있다는 암시를 받게 됩니다. 우리의 경우도 전방의 초전상황과 관련하여 고심하고 있는 문제해결의 실마리를 이 개념에서 찾을수 있을 것도 같아서 더욱 의의가 있는 기사라고 생각됩니다.