A number of serious consortiums develop satellite communication networks. The objective of
these communication projects is to service personal communication users almost …

The establishment of laser communication relies on high probability acquisition and then
stably track with a high precision. However, the limitation of laser divergence and the …

A broad survey of current literature detailing the current state-of-the-art and future research
trends in vibration isolation for current and proposed space systems is presented …

Vibration-induced jitter degrades the pointing and imaging performance of precision optical
systems. Practical active jitter reduction is achieved by maintaining beam alignment with …

High data rate of laser communication systems should be matched by wide operational
bandwidth of beam positioning. This could be achieved by the application of nonmechanical …

Microvibrations, at frequencies between 1 and 1000 Hz, generated by on board equipment,
can propagate throughout a spacecraft structure and affect the performance of sensitive …

The clustering of satellites in cooperative fly formation constellations produces a lightweight,
low cost, highly reliable and supraperformance space system. One way to communicate …

Satellite platform vibration causes the misalignment between incident direction of the
beacon and optical axis of the satellite optical communication system, which also leads to …

In deep-space optical communication systems, precise pointing and aiming of the laser
beam is essential to ensure the stability of the laser link. In this paper, an adaptive …

Adaption of laser communication terminals to airborne and lean-satellite platforms is now a
vogue, made possible due to the progressing advancements in lightweight components and …