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Improved EM algorithm in software reliability growth models

机译:软件可靠性增长模型中改进的EM算法

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摘要

The important issue in software reliability management includes evaluation, measurement and prediction about errors in the model. In critical applications the requirement of software reliability is considered as important issues as the low reliability decreases the application performance. Several factors that affects the reliability such as consistency, test coverage, complexity, operational realism, etc. In this complexity leads to faults in the model as it is also related to reliability so that once we start to develop and design the application complexity must take into an account. In delivering some high reliability software products these above factors must be included so that the expectation about product to the user community increases. This research work describes about an efficient model for identifying the faults in the software products using improved EM algorithm using Gaussian function. The improved EM function includes k-means algorithm together to perform the task.
机译:软件可靠性管理中的重要问题包括对模型中的错误的评估,测量和预测。 在关键应用中,随着低可靠性降低应用性能,将软件可靠性的要求被视为重要的问题。 在这种复杂性中,影响诸如一致性,测试覆盖,复杂性,运营现实主义等的可靠性的几个因素导致模型中的故障,因为它也与可靠性有关,因此我们开始开发和设计应用程序复杂程度必须采取 到一个帐户。 在提供一些高可靠性软件产品时,必须包括上述因素,以便对用户社区的对产品的预期增加。 本研究工作描述了一种有效的模型,用于使用高斯函数的改进的EM算法识别软件产品中的故障。 改进的EM函数包括K-Means算法在一起以执行任务。

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