CAJ | 학술논문

MIMO技术在射频通信领域已被深入研究，使空间成为一种可以用于提高通信性能的资源。无线光通信与射频通信在调制/解调方法、信道特性诸方面有很大的差异。文中评述了国内外有关无线光MIMO技术的研究进展，对无线光MIMO的提出背景进行了详细分析，最后通过实验说明了MIMO对大气湍流的抑制效应。实验结果表明：无线光MIMO不但使空间成为一种资源，提高了无线光通信的信道容量，而且可以抑制大气湍流效应，扩大了无线光通信的应用场合。
MIMO기술재사빈통신영역이피심입연구，사공간성위일충가이용우제고통신성능적자원。무선광통신여사빈통신재조제/해조방법、신도특성제방면유흔대적차이。문중평술료국내외유관무선광MIMO기술적연구진전，대무선광MIMO적제출배경진행료상세분석，최후통과실험설명료MIMO대대기단류적억제효응。실험결과표명：무선광MIMO불단사공간성위일충자원，제고료무선광통신적신도용량，이차가이억제대기단류효응，확대료무선광통신적응용장합。
MIMO technology has been intensively studied in RF communications, enable space as a kind of resources that can be used in improving communication performance. There are lot of differences between wireless optical communication and RF communication, such as modulation/demodulation method and channel characteristics. The research progress of wireless optical MIMO technology at domestic and abroad was reviewed, a detail analysis of the background of the wireless optical MIMO was carried out. The effects of MIMO inhibits atmospheric turbulence was illustrated by the experiment at last. The results show that the wireless optical MIMO not only make the space as a kind of resources that can be improve the capacity of wireless optical communication channel, but also inhibit atmospheric turbulence effect, expanded field of wireless optical communication applications.