Deep space information network dynamic management and control system and management and control method thereof

Abstract

The invention provides a deep space information network dynamic management and control system, which comprises a ground and near-earth space network module used for dynamic access management and control of various spacecrafts in an earth-moon space; a lunar surface and lunar ring network module which is used for managing and controlling various detectors on the back lunar surface or spacecrafts running to the back lunar surface; and a Mars surrounding and Mars surface network module which is used for realizing wide-area coverage of the Mars and supporting access of various detection terminalson the Mars and data relay service. According to the management and control system, the deep space main control network nodes are arranged in multiple layers and multiple airspaces, unified managementand control are carried out on users within the capacity coverage range of the deep space main control network nodes, and the management and control efficiency is improved. The architecture has the characteristics of strong expansibility, high management and control efficiency, strong management and control timeliness and the like, and can support lunar exploration, lunar surface environment monitoring, Mars exploration and related scientific research work.

Description

Technical field [0001] The invention relates to the technical field of deep space communication, and in particular to a dynamic management and control system for a deep space information network and a management and control method thereof. Background technique [0002] my country has already launched the Chang'e series of detectors many times to achieve the initial project goal of "circumnavigation" and "landing" of the moon detection. At the same time, my country is about to launch a Mars probe to realize the full range of Mars detection. However, due to the late start of my country's deep space exploration, the small number of detectors, and the relatively backward performance of the detector network, an information service network architecture suitable for the deep space exploration system has not yet been formed. [0003] There are technical shortcomings in the development and application of deep space communication protocols, the optimal design of deep space information trans...

AI Technical Summary

Problems solved by technology

This method does not mention the method of deep space information resource management and control, and cannot be applied to the information service network architecture of the deep space detection system

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