Free space optical communication system based on wavefront sensorless adaptive optics
Liqiang Han, Katsunori Shida, Qi Wang, Zhiquan Li
Abstract
Liqiang Han, Katsunori Shida, Qi Wang, Zhiquan Li
Abstract
Free space optical communication technology approach has a number of advantages; unfortunately, it can be severely affected by atmospheric turbulence. Adaptive optics is the technology for correcting random optical wavefront distortions in real time. This paper is the research of a wavefront sensorless adaptive optics system which, in contrast with conventional AO systems, would offer reduced complexity, size and cost and would facilitate widespread application. Resulting aberration correction is demonstrated in laser communication system.
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Free space optical communication technology approach has a number of advantages; unfortunately, it can be severely affected by atmospheric turbulence. Adaptive optics is the technology for correcting random optical wavefront distortions in real time. This paper is the research of a wavefront sensorless adaptive optics system which, in contrast with conventional AO systems, would offer reduced complexity, size and cost and would facilitate widespread application. Resulting aberration correction is demonstrated in laser communication system.
Key concepts: Adaptive optics, Wavefront, Free-space optical communication, Deformable mirror, Computer science, Optics, Wavefront sensor, Optical communication