TRL-based technical maturity assessment information processing method for aeronautic equipment

Abstract

The invention relates to a TRL (technology readiness level)-based technical maturity assessment information processing method for aeronautic equipment. The TRL-based technical maturity assessment information processing method comprises the following steps: 1, a login request is sent to the application server by a client side; 2, the application server judges the type of the client side according to the information sent by the client side, and the step 3 is executed if the client side is a template management client side, and the step 4 is executed if the client side is a project evaluation client side; 3, the template management client side takes the built technical maturity assessment template as the center to generate the specific technical maturity assessment standard information for the aeronautic equipment, form an assessment template and send the assessment template to a database server; and 4, the project evaluation client side takes technical maturity of a specific project as the judgment main line, and takes the assessment standard information obtained from the server as the judgment scale, so as to form technology readiness level information of key technology elements in project development of aeronautic equipment. Compared with the prior art, the TRL-based technical maturity assessment information processing method has the advantages of efficient information processing specification and clear information structure layer.

Description

technical field [0001] The invention relates to a technology maturity assessment information processing method, in particular to a TRL-based aviation equipment technology maturity assessment information processing method. Background technique [0002] New technology is the main driving force for the rapid performance improvement and replacement of aviation equipment. With the continuous emergence and expansion of new aviation equipment needs, the scale and requirements of aviation equipment research and development projects continue to increase, with prominent features such as exploratory, advanced, and complex, as well as special requirements such as high reliability and high quality, which determine the aviation equipment project. Compared with ordinary projects, it has more prominent high-risk characteristics. If the feasibility analysis of the project is not done well in the pre-research stage, or the risks of the new technologies used are not sufficiently estimated, th...

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Problems solved by technology

[0016] The above-mentioned problems, to a certain extent, have led to the rejection of the technology maturity assessment method by the grassroots scientific research and management personnel of aviation equipment development projects, hindering the embodiment and promotion of the core value of the technology maturity assessment method

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