Paper Info
Title
An in-depth study of the effects of methods on the dataset selection of public development projects
Abstract
Public development projects (PDPs) and documented public development projects (DPDPs) are two types of projects that can provide valuable information on how developers and users participate in OSS projects. However, it is hard for researchers to effectively select PDPs and DPDPs due to the lack of specific project selection methods for these two types of projects. To address this problem, a standard dataset was labelled and the base line methods (i.e. selecting projects according to a single feature like star number) under 60 configurations and the machine learning methods under 18 configurations were tested to identify the best configurations in precision and F-measure for selecting PDPs and DPDPs. The results show that (1) to select PDPs or DPDPs with a high precision, the base line method is the best with precision of 0.877 (PDPs) and 0.831 (DPDPs); (2) to select PDPs or DPDPs with a high F-measure, the machine learning methods are the best, with F-measure of 0.817 (PDPs) and 0.789 (DPDPs); (3) existing sample selection strategies can be combined with the machine learning methods, and the precision of selecting PDPs can be increased by 6.39%-41.33% and the precision of selecting DPDPs can be can be increased by 35.50%-269.02%.
Year
DOI
Venue
2022
10.1049/sfw2.12050
IET SOFTWARE
Keywords
DocType
Volume
data mining, software engineering
Journal
16
Issue
ISSN
Citations 
2
1751-8806
0
PageRank 
References 
Authors
0.34
0
5
Name
Order
Citations
PageRank
Can Cheng100.34
Bing Li238040.45
Zengyang Li300.34
Peng Liang457049.57
Xu Yang500.68