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학술논문한국군사과학기술학회지2017.10 발행

소형 무인 로봇의 소음 측정법 개발 및 측정 장소에 따른 상관성 분석

Noise Measurement Method Development and Correlation Analysis According to Measurement Location of Small Unmanned Robot

옥진규(한화); 박은주(한화); 박민수(㈜한화 종합연구소); 이명천(국방과학연구소)

20권 5호, 633~638쪽

초록

The small unmanned robot developed in this paper can perform tasks such as surveillance and reconnaissance inthe battle field. The noise generated during the operation of the robot may expose the operation area. Therefore, inthis study, we developed a method to quantitatively measure the noise of the developed small unmanned groundrobot. The criteria for noise measurement in indoor and outdoor are presented. It was used for statisticalverification method to verify the reliability of the developed noise measurement method. The noise was measuredat different places, and the correlation was analyzed. Thus, we proposed a method to predict the noise level in theoperation area where the robot is operated by the noise test data measured during the development process.

Abstract

The small unmanned robot developed in this paper can perform tasks such as surveillance and reconnaissance inthe battle field. The noise generated during the operation of the robot may expose the operation area. Therefore, inthis study, we developed a method to quantitatively measure the noise of the developed small unmanned groundrobot. The criteria for noise measurement in indoor and outdoor are presented. It was used for statisticalverification method to verify the reliability of the developed noise measurement method. The noise was measuredat different places, and the correlation was analyzed. Thus, we proposed a method to predict the noise level in theoperation area where the robot is operated by the noise test data measured during the development process.

발행기관:
한국군사과학기술학회
DOI:
http://dx.doi.org/10.9766/KIMST.2017.20.5.633
분류:
기타공학

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소형 무인 로봇의 소음 측정법 개발 및 측정 장소에 따른 상관성 분석 | 한국군사과학기술학회지 2017 | AskLaw | 애스크로 AI