Software Reliability Evaluation Simulation Based on Path Failure Probability Analysis
To ensure the safety of software and reduce the failure probability,this paper proposed an assessment method of software reliability in continuous integration environments.Firstly,the software failure rate was calculated.Based on the results,fault levels were classified.After the importance of components was fully considered,reliability indicators were quantified.Then,partial derivatives were used to describe the importance of software components.Next,the concept of path was introduced.According to the characteristics of software reliability,we established path principles and analyzed the reliability of software in a continuous integration environment to clarify the probability of path failures.When an error occurs in one of the operations on the path,the entire path becomes a fault path.Thus,the path failure rate was obtained.Finally,the overall software reliability assessment was achieved.Experimental re-sults prove that the proposed method can obtain more accurate results of software reliability assessment,which is con-ducive to ensuring the stability and security of the network.
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