Multi-terminal mode high resolution resource dynamic allocation and on-demand service release system

Abstract

The invention discloses a multi-terminal mode high resolution resource dynamic allocation and on-demand service release system. Dynamic allocation, on-demand service and shared release of high resolution resources are realized, and a high resolution resource cloud service mode satisfying various user demands is formed. In order to support various release modes such as fixed terminals and mobile terminals, in order to have interaction capability with the mobile terminals and in order to support cross-terminal network collaborative consultation, a flexible information and service release mode with high scalability is provided. Software functions and data demands are packaged into service through SOA. Through utilization of a centralized data and service platform, Web Service is issued, so use demands of different users of different terminals are satisfied. Through deployment of data resources and application service on a cloud platform, a three-dimensional digital earth is taken as a carrier, the service is released in a form of network service through a uniform interface and standard, the difference of terminal environments does not need to be taken into consideration, and the consistent information service experience is provided for the user.

Description

technical field [0001] The invention relates to the fields of cloud computing, virtualization and big data, and in particular to a multi-terminal mode high-score resource dynamic allocation and on-demand service release system. Background technique [0002] With the continuous acceleration of the research and development of my country's earth observation series satellites, the remote sensing satellite application industry has become a national strategic high-tech industry, and is changing from a test application type to a business service type. Satellite applications have become an important support for my country's economic construction, social development and government decision-making. Low-consumption data transmission, operation, and application mechanisms need to be established on the basis of strengthening unified satellite data reception, production, storage, exchange, and service standards, so as to promote the development and contribution of remote sensing satellite...

AI Technical Summary

Problems solved by technology

However, due to the different data formats, specifications, and interfaces provided by each data platform during data release, the threshold for using data sharing services has been raised; on the other hand, there is a lack of unified data integration, sharing, and service views. Centrally distributed data management and services are not conducive to the unified deployment of data service resources, which increases the cost for users to obtain data and services

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