Method for semantic switch loose coupling system to process information

Abstract

The invention provides a method for a semantic switch loose coupling system to process information. The method comprises the steps that a service pool is arranged at each service processing node, and each service pool is a semantic switch cluster used for finishing the same semantic operation and composed of n semantic switches with the same function; a runtime database, a configuration sub-module and a semantic processing program are configured for each semantic switch, wherein the semantic processing program is the program compiled by a user according to the client service logic, and the semantic switches can have different service processing functions through compiling of different programs; a non-relation database cluster is adopted in each runtime database and used for storing data records with the JSON format, and each data record has a unique record ID; the record IDs serve as marks of a URI and can be accessed; body descriptions and relation descriptions are defined in the configuration sub-modules. The method has the advantages that a flue model of a traditional information system is eliminated, and data sharing of a multi-platform heterogeneous system is achieved.

Description

technical field [0001] The invention belongs to the technical field of data processing, and in particular relates to an information processing method for a loose coupling system of a semantic switch. Background technique [0002] The standard architecture of the current enterprise information system is a three-level architecture built with relational databases as the core and built through middleware and Web servers. Relational databases have become the core components of enterprise computing and data management. However, the use of relational databases has brought many disadvantages to enterprise information systems: (1) relational databases have become the bottleneck of enterprise business computing: since the processing capabilities of relational databases are concentrated on core servers and minicomputers, although it is possible to improve server processing Capability or clustering, but it will cause performance bottlenecks when processing large data (PByte). (2) The ...

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Problems solved by technology

This kind of tightly coupled system is not convenient for system upgrade and improvement. Every time the business of the enterprise changes, the design needs to be restarted, resulting in high maintenance and upgrade costs.

[0003] In addition, modern enterprise information systems also have the following problems: (1) Modern enterprise information systems are flue systems, usually: production systems, office systems, financial systems, human resource systems and other systems are independently developed flue systems, mutually Neither data nor methods can be shared

(2) The security of the modern enterprise information system is challenged: Since the core assets of the enterprise are concentrated in the core database, the enterprise database has become the heart of the enterprise information system, and once it is infiltrated, it will cause disastrous effects

However, enterprise database developers do not have sufficient security knowledge to develop information systems based on secure codes, resulting in endless security loopholes in enterprise information systems

(3) High development costs: The development process of traditional enterprise information systems is very complicated, requiring several stages such as requirement analysis, system analysis, outline design, detailed design, code programming, and quality verification.

At the same time, since the current application system uses a large number of relational databases, the structure of the existing relational database will inevitably be transformed to meet new requirements, and any modification to the tightly coupled relational database will increase the risk of the database system

(4) High maintenance cost: The flue system formed by the development model of the existing information system makes each application system independent of each other, and its maintenance cost is very high

These gaps result in very high costs for information system development and maintenance

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