基于复杂网络分析的嵌入式软件可信性评估模型

An Embedded Software Credibility Assessment Model Based on Complex Network Analysis

当前的嵌入式软件可信性评估矩阵一般为单结构,评估的效率较低,导致综合性的模型评价结果客观贴近度下降,为此提出基于复杂网络分析的嵌入式软件可信性评估模型。根据实际的评估需求及标准,建立多阶可信性评估矩阵及复杂网络评定结构,采用“动态+静态”协同处理方法实现模型设计。测试结果表明,此次设计的模型最终得出的综合性的模型评价结果接近0.8,具有一定的价值。

The current embedded software credibility evaluation matrix is generally single structure,and the evaluation efficiency is low,which leads to the decline of the objective closeness of the comprehensive model evaluation results.Therefore,an embedded software credibility evaluation model based on complex network analysis is proposed.According to the actual evaluation requirements and standards,a multi-level credibility evaluation matrix and a complex network evaluation structure are established,and the"dynamic+static"collaborative processing method is used to achieve model design.The test results indicate that the final comprehensive model evaluation result of the designed model is close to O.8,which has certain value.