Multi-aperture receiver with optical combining architecture is an effective approach to
overcome the turbulent atmosphere effect on the performance of the free-space optical …

A hot-air-based optical turbulence generator is built to study atmospheric optical turbulence
perturbations in (vertical) free-space optical communication links and facilitate the …

Analysis of Free-Space Coupling to Photonic Lanterns in the Presence of Tilt Errors Page 1
Analysis of Free-Space Coupling to Photonic Lanterns in the Presence of Tilt Errors Timothy M …

A dual sideband reception scheme for radio-over fiber (RoF) links is introduced. It is shown
that the new receiver can increase the performance of noise-limited systems by up to 3? dB …

Spatial diversity reception is an effective technology to mitigate the atmospheric turbulence
effect on the performance of the coherent free space optical (FSO) communications …

Multimode receivers based on spatial or modal diversity are promising architectures to
mitigate in real time the atmospheric turbulence effects for free space optical (FSO) …

近年来, 以激光大气传输为应用背景的光束相干合成技术被广泛研究, 而关于该项技术在空间光
通信中的应用研究却不多. 事实上, 基于光束相干合成的多孔径接收天线结构可有效缓解大气 …

In free-space optical communication links, the combining of optical signals from multiple
apertures is a well-known method to collect more power for improved sensitivity or mitigation …

This manuscript illustrates the design and characterization of the first fiber-based photonic
lantern, tailored for an efficient operation in the Mid-Infrared spectral range. The design and …

Free-space optical (FSO) communications has potential advantages of higher data capacity
and lower probability of interception, when compared to radio-frequency communications …