Cross-domain space environment information synchronization sharing method

Abstract

The invention provides a cross-domain space environment information synchronous sharing method. The cross-domain spatial environment information synchronization sharing method comprises the steps that a spatial environment data synchronization order is constructed, and the spatial environment data synchronization order comprises a data synchronization direction, a data synchronization state, a data synchronization strategy and data synchronization content; sending the space environment data synchronization order to a synchronization data provider for examination and approval; and after the approval is passed, receiving synchronization data which is sent by the synchronization data provider and is generated based on the space environment data synchronization order. According to the method, the problem of cross-department and cross-center information sharing in the space environment information field can be solved, and powerful support is provided for constructing a complete, vivid and full-dimensional space environment.

Description

technical field [0001] The invention relates to the technical field of information sharing, in particular to a method for synchronizing and sharing cross-domain spatial environment information. Background technique [0002] The space environment refers to the collective name of various conditions, elements, and situations that affect human activities. In the spatial dimension, it is represented by ocean, land, sky, and space; in the element dimension, it is represented by geography, geology, meteorology, and electromagnetism. Since the existing spatial environment information such as surveying and mapping geography, meteorology and hydrology, geological environment, and electromagnetic environment are independently guaranteed by different business departments, information islands result in poor comprehensiveness and systematicness of space environment protection, low information utilization rate, and it is difficult to effectively support The actual requirements of the compr...

AI Technical Summary

Problems solved by technology

Since the existing space environment information such as surveying and mapping geography, meteorology and hydrology, geological environment, and electromagnetic environment are independently guaranteed by different business departments, information islands result in poor comprehensiveness and systematization of space environment protection, and the information utilization rate is not high, making it difficult to effectively support Practical Requirements for Comprehensive Utilization of Space Environment Elements

On the other hand, due to the large differences in the structure of professional information and the various storage forms, it brings great challenges to information sharing.

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