AWAM을 이용한 견마로봇 민감도 분석
A Sensitivity Analysis of Dog-Horse Robot Using AWAM
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Simulation Based Acquisition is essential in weapon systems acquisition project by the long-term planning such as a Dog-Horse robot. This study shows sensitivity analysis process of the combat effectiveness of the unmanned weapon system and analyzed major performance parameters of the Dog-Horse robot using AWAM. Sensitivity design parameters are speed, detection probability, hit probability and protection ability. We got the results by conducting sensitivity analysis at least five times about same war game scenario. This study would be a good reference to determine proper requirements performance in developing the dog-horse robot in the future.
Abstract
Simulation Based Acquisition is essential in weapon systems acquisition project by the long-term planning such as a Dog-Horse robot. This study shows sensitivity analysis process of the combat effectiveness of the unmanned weapon system and analyzed major performance parameters of the Dog-Horse robot using AWAM. Sensitivity design parameters are speed, detection probability, hit probability and protection ability. We got the results by conducting sensitivity analysis at least five times about same war game scenario. This study would be a good reference to determine proper requirements performance in developing the dog-horse robot in the future.
참고문헌 (6)
- 김종배, "군용 지상로봇의 개발방향", 제15회 지상무기 학술대회 (2007)
- 합동참모본부, "지상무기효과분석모델 사용자 교육 교재" (2007)
- 지상 무인체계 개념구현 및 효과도 분석연구, "김종배", 국방과학연구소, ~ (2008)
- 왕지현, "차기 IFV 성능개량 요소별 민감도 분석", 무기체계 모델링, 2006, ~
- 안병준, "AWAM을 이용한 무인지상체계 전투효과도 분석", 제16회 지상무기 학술대회 (2008)
- 견마로봇 운용 시나리오 및 전투효과도 분석 연구, "육군사관학교 화랑대연구소", ~ (2009)