Due to the high directionality and short wavelength of laser transmission in space, satellite
laser communication can achieve high speed, wide bandwidth, high precision, and high …

Recently, MEC has been integrated with satellite networks to process remote terrestrial
computation tasks with superior coverage and delay. Since single satellite computation is …

由于激光通信在空间传输中波长短且方向性强, 已成为下一代卫星通信与导航的重要手段.
激光星间链路的高速率, 高带宽, 高安全性等特点, 可以提供高质量卫星空间通信 …

摘要近年来, 太赫兹频段成为下一代卫星通信频率拓展的重要方向. 随着太赫兹器件的发展,
空间太赫兹通信系统的研究与设计引起了许多研究人员的兴趣, 而空间太赫兹通信信道建模是 …

With the development of information networks and laser communication technology, the
coverage communication form of inter-satellite networks has become crucial. In order to …

위성 레이저통신은 100~ 600THz 대역의 레이저를 이용하여 위성간 또는 위성-지상간
데이터를 송수신하는 통신방식이다. 전파통신에 비해서 초고속 대용량 데이터 전송률 및 높은 …

The demand for higher data rates is on the rise in inter-satellite space communication. With
the increased development of sub-cubesat systems, a pressing need for the development of …

Free space optical (FSO) communications is an up and coming set of technologies that
promises significantly higher data rates at lower size, weight, and power than currently …

The introduction of CubeSats, a small spacecraft with sizes ranging from 1U to 3U, has
contributed to the rapid spread of hands-on satellite applications in today's world. CubeSats …

Optical communication systems (OCS) are an emerging technology for space applications.
OCS have several advantages against traditional RF communication, such as higher …