Journal of Nuclear Energy Science & Power Generation TechnologyISSN: 2325-9809

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Practical Approach to the Defect Prediction Model for Software Testing

The forecast for software vulnerabilities seeks to decrease test automation expenditures by leading users to default enterprise software categorization. In so many businesses, defect predictors are frequently used to prevent software defects to save time, improve quality, testing, and improve resource allocation to meet schedules. The implementation of statistical package deficiency prediction models in everyday life is highly challenging, as a result of the need to anticipate the following release or newer better types of projects with far more different data and measurements and also previous fault information. In this study, our quantitative technique demonstrates how the faults for recent software versions or undertakings are properly predicted. We utilized 20 software development releases datasets, 5 variables and constructed a model using summary analysis, correlations, and various linear models with a confidence level of 95% (CI). The R- square value was 0.91 and its standard deviation is 5.90 percent in this suitable multiple linear regression analysis. The deficiency model for software tests is being used to anticipate problems in numerous test programs and commercial deployments. Comparing actual and the predicted faults, we discovered 90.76% accuracy.

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