首页> 外文会议>Society of Photo-optical Instrumentation Engineers conference on Free-space laser communications >OPTICAL FREE SPACE COMMUNICATION AND ITS APPLICATIONS TO DISTRIBUTED NETWORK ARCHITECTURE Vincent W. S. Chan, Fellow, IEEE, OSA
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OPTICAL FREE SPACE COMMUNICATION AND ITS APPLICATIONS TO DISTRIBUTED NETWORK ARCHITECTURE Vincent W. S. Chan, Fellow, IEEE, OSA

机译:光学自由空间通信及其应用于分布式网络架构文森特W. S. Chan,Chan,Ieee,OSA

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This paper will address the application of optical free space communication to distributed network architecture,. High speed optical links in digital and/or analog forms enable new satellite and land based communication and sensing system architectures with significantly enhanced system performance over conventional single platform architectures. These applications include: RF communications supported by multiple spatially separated satellites or cellular-like base stations performing beam forming and nulling and long baseline interferometry over multiple platforms for sensing We will examine both the physical transport design of the optical free space links and their architecture implications.
机译:本文将解决光学自由空间通信与分布式网络架构的应用。数字和/或模拟表单中的高速光学链路使新的卫星和陆地通信和传感系统架构,在传统的单个平台架构上具有显着提高的系统性能。这些应用包括:RF通信由多个空间分离的卫星或蜂窝状基站支撑,所述卫星或蜂窝状基站在多个平台上执行波束形成和零点和长基线干涉测定法,用于感测的多个平台,我们将检查光学自由空间链路的物理传输设计及其架构含义。

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