STATS — Software component trend analysis over time series

Ronan Kenny, Enda Fallon, Sheila Fallon, F. Mannion
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Abstract

Through initiatives such as open sourcing, software development organizations have embraced component reuse. Inner sourcing, in which organizations reuse internally created components, is gaining interest. Large companies such as Philips, PayPal and Ericsson have embraced inner source initiatives. Software components reuse can significantly reduce software development and testing time. A challenge when reusing components is to gauge their quality and projected reliability over time. Minor component changes can create unforeseen complexities. This work proposes STATS — Software Component Trend Analysis Over Time Series, a self-directed artificial neural network which uses historic performances to predict the performance of inner source components over time. Using time series-based learning instances, STATS can aid in the prediction of component trouble reports based on historic knowledge. This is accomplished through the history of components trouble reports over varying time series. Using STATS, system architects and developers predict the reliability of candidate open source and inner source software components in the medium and long term.
STATS -软件组件随时间序列的趋势分析
通过诸如开放源码这样的活动,软件开发组织已经接受了组件重用。内部采购,即组织重用内部创建的组件,正在获得关注。飞利浦(Philips)、贝宝(PayPal)和爱立信(Ericsson)等大公司已经采取了内部资源计划。软件组件重用可以显著减少软件开发和测试时间。重用组件时的一个挑战是随着时间的推移评估它们的质量和预计的可靠性。微小的组件更改可能会产生不可预见的复杂性。这项工作提出了STATS -软件组件趋势分析随时间序列,一个自导向的人工神经网络,它使用历史性能来预测内部源组件随时间的性能。使用基于时间序列的学习实例,STATS可以根据历史知识帮助预测组件故障报告。这是通过不同时间序列上的组件故障报告历史来实现的。使用STATS,系统架构师和开发人员可以在中长期内预测候选开源和内源软件组件的可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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