激光杂志
激光雜誌
격광잡지
LASER JOURNAL
2014年
10期
9-13
,共5页
紫外光通信%直升机起降引导%多为扫描
紫外光通信%直升機起降引導%多為掃描
자외광통신%직승궤기강인도%다위소묘
Ultraviolet communication%Helicopter launching and landing guiding%Dimensional scanning
无线紫外光散射通信能实现全天候和特殊地形环境的非视距宽视场通信，可满足复杂环境中直升机应急起降引导的需要。本文介绍了无线紫外光通信的特点，分析了直升机起降的无线紫外光引导的技术问题，研究了无线紫外光引导通信的关键技术，包括直升机起降引导方法、MIMO多维扫描方法、光强定位方法等。
無線紫外光散射通信能實現全天候和特殊地形環境的非視距寬視場通信，可滿足複雜環境中直升機應急起降引導的需要。本文介紹瞭無線紫外光通信的特點，分析瞭直升機起降的無線紫外光引導的技術問題，研究瞭無線紫外光引導通信的關鍵技術，包括直升機起降引導方法、MIMO多維掃描方法、光彊定位方法等。
무선자외광산사통신능실현전천후화특수지형배경적비시거관시장통신，가만족복잡배경중직승궤응급기강인도적수요。본문개소료무선자외광통신적특점，분석료직승궤기강적무선자외광인도적기술문제，연구료무선자외광인도통신적관건기술，포괄직승궤기강인도방법、MIMO다유소묘방법、광강정위방법등。
The atmospheric scattering of wireless ultraviolet (UV) light makes all weather operations and non-line-of-sight (NLOS) communication with a wide field of view possible. The UV communication can be applied in helicopter launching and landing guidance in a complex environment. In this paper, the characteristics of wireless UV communication are described. The problems of the wireless UV guiding technology in helicopter launching and landing guidance are analyzed. This paper studies several important problems of the wireless Ultraviolet guiding communication. These problems include helicopter launching and landing guiding technology, UV MIMO dimen-sional scanning method and UV light intensity positioning method.
