Resource dispatching system

Abstract

The invention discloses a resource dispatching system which comprises a business system, a server, a resource pond, a data center and a dispatching platform; the server is used for providing services for the business system; the resource pond is formed by the server; the data center is formed by the resource pond; the dispatching platform is used for monitoring the business system, the server, the resource pond, and the data center; the dispatching platform comprises a server managing module, a system resource managing module, and a resource pond managing module, wherein the server managing module is used for deploying the server; the system resource managing module is used for deploying the business system and setting up an incidence relation among the business system, the server and the resource pond; the resource pond managing module is used for generating a network topological structure chart of the resource pond according to the incidence relation among the business system, the server and the resource pond and publishing a state parameter of the server related to the resource pond. By adopting the resource dispatching system, the incidence relation among the business system, the server and the resource pond can be set up, the resource is dynamically distributed; the utilization rate of an information device is improved to the maximum.

Description

technical field [0001] The present invention relates to a communication field, in particular to a resource scheduling system. Background technique [0002] In the power grid industry, the resource demand side of the enterprise information system is mainly the business system of the enterprise. The use of resources by the traditional business system is mainly to design software architecture and system architecture according to business needs, and then purchase software and hardware according to the business scale. IT resources. In addition, the power grid business generally covers provincial areas, and at the same time, subordinate cities have power supply bureaus. At the network level, the power grid company has built an integrated business data network covering the entire network, with an independent backbone network and a metropolitan area network, making grid IT resources cross-regional and distributed. [0003] In the process of power grid informatization construction,...

AI Technical Summary

Problems solved by technology

The second type is the business with high concurrent network pressure. These business systems have regular or irregular high concurrent access pressure. After centralized deployment, it will bring great pressure to the network of the central computer room.

The third is the business involving large-scale data storage and processing. If the construction is carried out in a centralized manner, it will bring design difficulties to the space and refrigeration of the central computer room. to greater network pressure

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