Results 21 to 30 of about 122,840 (334)
Using Machine Learning Methods for Automatic Bug Assignment to Developers [PDF]
Journal of Electrical and Computer Engineering Innovations, 2020 Background and Objectives: It is generally accepted that the highest cost in software development is associated with the software maintenance phase. In corrective maintenance, the main task is correcting the bugs found by the users.
M. Yousefi, R. Akbari, S. M. R. Moosavi
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Developing Software Bug Prediction Models Using Various Software Metrics as the Bug Indicators [PDF]
International Journal of Advanced Computer Science and Applications, 2015 The bug prediction effectiveness reasonably contributes towards enhancing quality of software. Bug indicators contribute significantly in determining the bug prediction approaches and help in achieving software reliability. Various comparative research studies have indicated that Depth of Inheritance (DIT), Weighted Method per Class (WMC), Coupling ...
Varuna Gupta, Dr. N., Dr. Tarun
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IEEE Access, 2021 Bug reports facilitate software development teams in improving the quality of software. These reports include significant information related to problems encountered within a software, possible enhancement suggestions, and other potential issues.
Hafiza Anisa Ahmed +2 more
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Automatic Assignment Method for Software Bug Based on Multivariate Features of Developers [PDF]
Jisuanji kexue, 2022 Software bug repair is a problem that cannot be ignored in the process of software life.How to efficiently assign software bugs automatically is a very important research direction.Now,the existing research methods mainly focus on the bugreport’s text ...
DONG Xia-lei, XIANG Zheng-long, WU Hong-run, WANG Ding-wen, LI Yuan-xiang
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Improving Bug Severity Prediction With Domain-Specific Representation Learning
IEEE Access, 2023 Automating the process of bug severity assignment can accelerate bug triagers’ efficiency in the life-cycle of software maintenance, improving the quality of software products.
Ye Wei, Chunfu Zhang, Teng Ren
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Locating bugs without looking back [PDF]
, 2017 Bug localisation is a core program comprehension task in software maintenance: given the observation of a bug, e.g. via a bug report, where is it located in the source code?
CD Manning +12 more
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Improving Bug Localization With Effective Contrastive Learning Representation
IEEE Access, 2023 Automated localization of buggy files can accelerate developers’ efficiency of software maintenance, improving the quality of software products.
Zhengmao Luo, Wenyao Wang, Caichun Cen
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Bug or Not? Bug Report Classification Using N-Gram IDF [PDF]
, 2017 Previous studies have found that a significant number of bug reports are misclassified between bugs and non-bugs, and that manually classifying bug reports is a time-consuming task.
Hata, Hideaki +3 more
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Exploring usability discussions in open source development [PDF]
, 2005 The public nature of discussion in open source projects provides a valuable resource for understanding the mechanisms of open source software development. In this paper we explore how open source projects address issues of usability.
Nichols, David M., Twidale, Michael B.
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Software Testing or The Bugs’ Nightmare
Open Journal of Software Engineering, 2021 Software development is not error-free. For decades, bugs –including physical ones– have become a significant development problem requiring major maintenance efforts. Even in some cases, solving bugs led to increment them. One of the main reasons for bug’s prominence is their ability to hide.
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