Independent controllability degree assessment method for network interconnecting equipment

Abstract

The invention discloses an independent controllability degree assessment method for network interconnecting equipment. The independent controllability degree assessment method adopts a layer analysismethod based on process elements and developing team background to perform assessment content analysis, so that a development production process of a product is viewed as a plurality of processes forseparately performing process element analysis. An independent controllability degree assessment system is disclosed in aspects of a development process, a core technology, producing and manufacturing, research personnel and the like, and comprises six parts of access conditions, assessment content and weight value, assessment tool and environment, an assessment process, a scoring module and gradedivision. The independent controllability degree assessment method can accurately and comprehensively calculate the independent degree of the network interconnecting equipment to access a localization rate of the network interconnecting equipment. The assessment system defines primary assessment content and the weight value for independent controllability degree assessment as well as secondary assessment content and the weight value, which are included in each primary assessment content. A scientific system and indexes are clear, so that independent controllability degree assessment on the network interconnecting equipment can be guided.

Description

technical field [0001] The invention relates to the technical field of evaluating the degree of autonomous controllability of network interconnection equipment, in particular to a method for evaluating the degree of autonomous controllability of network interconnection equipment. Background technique [0002] The degree of autonomy and controllability of network interconnection equipment such as network switches and network routers plays an important role in information security. At present, domestic self-controllable information systems have achieved technological breakthroughs in key software and hardware such as processors, operating systems, databases, and middleware. However, the independent software and hardware are developed relatively independently, and the technical synergy and integration between them are not enough, resulting in insufficient integration and optimization from the underlying hardware to the upper-level software, and the overall performance of the ap...

AI Technical Summary

Problems solved by technology

However, there is currently no quantifiable method for evaluating the degree of self-controllability of network interconnection equipment, so that it is impossible to guide product development departments to carry out self-evaluation of degree of self-controllability to promote continuous product improvement and self-reliance. Third-party evaluation The organization is also unable to issue the independent controllability of network interconnection equipment, and cannot provide data support for application departments to grasp the degree of independent controllability of products and carry out product selection work

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