基于产品度量的软件缺陷预测技术综述

R. Jayanthi, L. Florence, Arti Arya
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引用次数: 4

摘要

当前,软件系统的复杂性和体积都在快速增长。在某些情况下,它提高了性能,带来了有效的结果,但不幸的是,在一些情况下,它会导致测试成本上升,结果毫无意义,质量低劣,甚至产品不值得信赖。软件故障预测对于提高软件的性能和降低软件测试的成本和时间具有重要的作用。通常,为了描述编程的难度和计算编程的持续时间,可以使用软件度量。为了预测模块中的故障数量并利用软件度量,进行了广泛的调查。为了更好地识别故障原因,提高与产品指标相关的故障预测模型的可靠性,本文进行了实证研究。本文访问了各种软件度量和建议的过程,通过这些过程可以增强软件缺陷预测,并总结了这些技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Review on Software Defect Prediction Techniques Using Product Metrics
Presently, complexity and volume of software systems are increasing with a rapid rate. In some cases it improves performance and brings efficient outcome, but unfortunately in several situations it leads to elevated cost for testing, meaningless outcome and inferior quality, even there is no trustworthiness of the products. Fault prediction in software plays a vital role in enhancing the software excellence as well as it helps in software testing to decrease the price and time. Conventionally, to describe the difficulty and calculate the duration of the programming, software metrics can be utilized. To forecast the amount of faults in module and utilizing software metrics, an extensive investigation is performed. With the purpose of recognizing the causes which importantly enhances the fault prediction models related to product metrics, this empirical research is made. This paper visits various software metrics and suggested procedures through which software defect prediction is enhanced and also summarizes those techniques.
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