Deep-space optical communication has garnered increasing attention for its high data
transfer rate, wide bandwidth, and high transmission speed. However, coronal plasma …

Communication has been crucial since the beginning of space exploration. Control
information and telemetry data of the space vessels as well as voice and video …

This research unveils a cutting-edge navigation system for deep space missions that utilizes
cosmic microwave background (CMB) sensor readings to enhance spacecraft positioning …

EXTREMA is a European Research Council-funded project challenging the current
paradigm in spacecraft guidance, navigation, and control, by enabling CubeSats to …

There are presently six orbiting and two surface spacecraft operating at Mars, with a third
surface spacecraft arriving in 2018, at which time there will be a total of nine spacecraft …

I. Introduction ver the next 50 years, the average downlink data rate from deep space
missions will increase by an order of magnitude each decade1. There are many reasons for …

In more than 50 years of deep space exploration, the number and complexity of the world's
space missions have continued to increase. This has placed increasing demands on deep …

深空飞行平台促进了深空微波激光通信一体化技术的快速发展, 但受空间搭载条件的限制,
深空飞行平台对通信载荷的集成化和综合化的需求愈加明显. 综述了国内外深空微波激光通信 …

In this work, a Ritz formulation for the analysis of damage initiation and evolution in
composite plates under progressive loading is presented. The proposed model assumes a …

It is predicted that Deep Space Optical Networks will be vital for increasing base-band data
rates for deep space missions. This paper investigates requirements and design concepts …