Project risk analysis system

Abstract

The invention discloses a project risk analysis system, which comprises a project management module, a risk standard library module, a project analysis module and a user interface; the project management module is used for acquiring project information uploaded by a user side and performing project type classification on the project information according to preset processing logic to generate project information data; the risk standard library module is used for receiving and storing risk standard rules corresponding to different project types; the project analysis module is used for identifying the project information data to obtain the risk standard rule of the corresponding project type, and analyzing and processing the project information data according to the obtained risk standard rule to obtain a risk analysis result; and the user interface is used for displaying the risk analysis result.

Description

technical field [0001] The invention relates to the field of risk analysis, in particular to a project risk analysis system. Background technique [0002] In the current power supervision industry, risk analysis and risk control of power engineering projects have become one of the important issues considered by production and operation decision makers. How to accurately and flexibly analyze project risk has become one of the important contents of project management. [0003] In the prior art, project engineering risks are analyzed by using a checklist; the checklist is a risk identification checklist compiled based on previous analog project information and other relevant information; the checklist is generally arranged according to risk sources. Its disadvantage is that it is limited by the comparability of projects. All project analyzes use the same template. However, due to the wide variety of project types, the analysis results obtained when using the same template for ...

AI Technical Summary

Problems solved by technology

[0004] The present invention provides a project risk analysis system. By presetting different types of risk standard rules, the project information data that needs to be analyzed is classified, and the corresponding risk standard rules are selected for analysis and processing, so as to solve existing projects. The risk analysis scheme uses the same template to cause a large error in the analysis results. By accurately identifying the project type and selecting the corresponding risk standard rules for analysis, the accuracy of project engineering risk analysis can be improved.

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