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Modeling and analysis of leftover issues and release time planning in multi-release open source software using entropy based measure

机译:使用基于熵的度量在多版本开源软件中对剩余问题和发布时间计划进行建模和分析

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摘要

In Open Source Software (OSS), users report different issues on issues tracking systems. Due to time constraint, it is not possible for developers to resolve all the issues in the current release. The leftover issues which are not addressed in the current release are added in the next release issue content. Fixing of issues result in code changes that can be quantified with a measure known as complexity of code changes or entropy. We have developed a 2-dimensional entropy based mathematical model to determine the leftover issues of different releases of five Apache open source products. A model for release time prediction using entropy is also proposed. This model maximizes the satisfaction level of user's in terms of number of issues addressed.
机译:在开源软件(OSS)中,用户报告有关问题跟踪系统的不同问题。由于时间限制,开发人员无法解决当前版本中的所有问题。当前版本中未解决的剩余问题将添加到下一个版本问题内容中。问题的解决导致代码更改可以用一种称为代码更改或熵的复杂性的方法来量化。我们已经开发了一个基于二维熵的数学模型,以确定五个Apache开源产品的不同版本的剩余问题。还提出了使用熵的释放时间预测模型。该模型在解决的问题数量上最大化了用户的满意度。

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