레이저 거리측정기 반복율 개선을 통한 거리측정 성능 향상
Distance measurement performance improvement by repetition rate betterment of Laser Range Finder
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초록
Improving the viability of a tank by adding new systems is most effective in terms of technological aspects. However, this method is limited, because of the amount of time and money added during hardware / software changes. So it is also required to upgrade the existing technologies to accommodate the minimum amount of investment and change. This paper examines the vulnerability of existing Laser Range Finder. Performance improvements are achieved through minimal modification. Further, the improvement of performance was verified by checking the result of improvement through actual product.
Abstract
Improving the viability of a tank by adding new systems is most effective in terms of technological aspects. However, this method is limited, because of the amount of time and money added during hardware / software changes. So it is also required to upgrade the existing technologies to accommodate the minimum amount of investment and change. This paper examines the vulnerability of existing Laser Range Finder. Performance improvements are achieved through minimal modification. Further, the improvement of performance was verified by checking the result of improvement through actual product.
참고문헌 (5)
- 이재우, "다목적 레이저 거리측정기(Laser Range Finder) 설계 및 개발", 한국산학기술학회논문지, 12(7), pp.3214~3219 (2011), 한국산학기술학회
- 정수용, "FMCW 레이저 거리 측정기의 비선형성 보정 방법", 한국통신학회논문지C, 38(4), pp.351~358 (2013), 한국통신학회
- Sang-sik Lee, "Development of the SMPS Power module for the Medical kit", Journal of the Korea Institute of Information, electronics and communication technology, 2(1), pp.11~15 (2009)
- Seong-hwan Jung, "High voltage SMPS control board power supply for Micro Grid", Master, pp.2017
- Korea Electrical Products safety association, "Theory of transformer", Safety21, (11), pp.40~43 (2006)