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논문검색

Design and Implementation of High-Precision Control System of Focus Alignment of Near-Infrared Laser for Fire Detection

초록

영어

Recently, context-awareness technology is commonly used in various fields such as detection of objects, persons, and smoke using visible infrared laser. During laser light acquisition process between source and receiver, blockage and attenuation events should be considered. The focus alignment upon receiver plays an important role in the acquisition process so that, In this paper, focus alignment algorithm of infrared laser in distant (min. 100m) is developed and implemented by visible infrared laser based image processing technique and a high-precision control method for auto-focus alignment system using extracted features between transmitters and receiver local oscillators. The present method allows various laser embedded devices using proposed alignment system for deviation in response to the external environment and initial setting for the smoke detection.

목차

Abstract
 1. Introduction
 2. Materials and Methods
  A. Configuration
  B. High Precision Angular Control
  C. Auto-Focus Alignment
  D. Design High Precision Controller for Automatic Alignment Method
 4. Conclusions
 Acknowledgements
 References

저자정보

  • Jae-Hwan Jeon The New Technology R&D Center, Bit-Valley Inc., Busan
  • Myoung-Ho Kim The New Technology R&D Center, Bit-Valley Inc., Busan
  • Se-woon Choe Department of Biomedical Enginreering, Tongmyong University
  • Gwan-Hyung Kim Department of Computer Enginreering, Tongmyong University
  • Am-Suk Oh Department of Media Enginreering, Tongmyong University

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