Mount Everest laser countermeasure and communication base station group and ground-air communication connection

Abstract

The invention relates to a combined solution for establishing a ground-air link base station group of a high-altitude laser countermeasure base station group and a space satellite laser communicationnetwork (including a space satellite quantum communication network), namely a so-called Mount Everest laser countermeasure and communication scheme. The Mount Everest laser countermeasure and communication does not refer to erecting equipment used for laser adversarial and communication link on the Mount Everest, relates to a laser countermeasure and communication network system. That is to say, aseries of high-altitude ground laser transmitting and receiving base station groups are established near suburbs of various large cities and major critical facilities or strategic places; the altitude of the transmitting and receiving base station can be compared with the height of the Pearl peak (so called Pearl peak laser countermeasure and communication); the height can be higher than the upper end (different from the ground) of the local main cloud layer; the system comprises a transmitting and receiving base station based on a peak top, the invention discloses a transmitting and receiving base station of an ultrahigh tower built on a mountain range or a plateau. Or the high-altitude ground transmitting and receiving base station groups are used as ground-air communication link pointsof a laser countermeasure and communication system based on transmitting and receiving base stations of an ultrahigh skyscraping high tower built in a low-altitude area, so that a complete wind-cloud-unimpeded laser countermeasure strength and space satellite laser communication network and a quantum communication network are formed.

Description

technical field [0001] This invention is about the solution for the establishment of high-altitude laser countermeasure base station groups and space satellite laser communication network (including space satellite quantum communication network) and ground-air link base station group, the so-called Mount Everest laser countermeasure and communication solution, which aims to establish such a A laser countermeasure and communication network system: that is, a series of high-altitude ground laser transmitting and receiving base station groups are established in the suburbs of major cities and near major key facilities or in strategic locations, and the altitude of the transmitting and receiving base stations can be compared with the height of Mount Everest. By comparison (hence the name Everest laser countermeasure and communication), its height can be higher than the upper part of the main local clouds, and these high-altitude ground transmitting and receiving base station groups...

AI Technical Summary

Problems solved by technology

[0002] The bottleneck of the space satellite laser communication network is that the ground-air link is blocked by clouds and fog. The current solutions include: (1) radio frequency (including microwave) links, which are less affected by clouds and fog, but their transmission bandwidth is very limited; (2) Some people propose to use Balloons or man-made balloons are used as satellite launching and receiving stations, carrying light paths from the ground, and their shortcomings are obvious: (1) limited height, still plagued by higher-altitude clouds and fog; (2) floating uncertainly; (3) maintenance of balloons ; (4) The aging speed of the balloon is fast, etc.

Images