This chapter is an introduction to the near-Earth laser communication technology. By near-
Earth, we mean high-altitude platforms and Earth-orbiting satellites. Justification for high …

The ever-increasing demand for capacity and quality in wireless communication links has
continued to inspire researchers to innovate new design methodologies and concepts over …

We propose a wide field-of-view optical receiver design based on a fisheye lens and an off-
axis catadioptric structure for free-space optical communications. The design utilizes a novel …

摘要基于微透镜阵列形式设计了新型大视场激光通信接收光学系统, 并提出了完整描述微透镜
阵列光传输的3× 3 光学矩阵模型, 讨论了各光学元件倾斜角度和偏心对像面高度和出射角度的 …

With the continuous emergence of new innovative wireless technologies, standards,
services and applications, there is an increase demand for technologies, preferably …

Free space optical communication is developing towards laser communication networking.
A novel method of quadrant detector (QD) multi-spot position detection based on orthogonal …

In this research, we prototyped an underwater optical wireless communication device that
directly transmits and receives optical signals at the end of an optical fiber, and try to …

The broadband communication environment becomes the essential social infrastructure
when we perform a social activity. Above all, the optical fiber network was the main artery …

In this paper we present the design concept plus experimental results and evaluation of a
newly developed advanced DWDM Radio-on-Free-Space Optical (RoFSO) communication …

Radio on Free-Space Optics (RoFSO) communication systems have attracted a
considerable attention for a variety of applications where optical fibers are not feasible …