Document detail
ID

oai:arXiv.org:2304.10265

Topic
Computer Science - Software Engine...
Author
Abualhaija, Sallam Aydemir, F. BaŞAk Dalpiaz, Fabiano Dell'Anna, Davide Ferrari, Alessio Franch, Xavier Fucci, Davide
Category

Computer Science

Year

2023

listing date

4/24/2024

Keywords
engineering tasks nlp re replication
Metrics

Abstract

[Context]} Natural language processing (NLP) techniques have been widely applied in the requirements engineering (RE) field to support tasks such as classification and ambiguity detection.

Despite its empirical vocation, RE research has given limited attention to replication of NLP for RE studies.

Replication is hampered by several factors, including the context specificity of the studies, the heterogeneity of the tasks involving NLP, the tasks' inherent hairiness, and, in turn, the heterogeneous reporting structure.

[Solution] To address these issues, we propose a new artifact, referred to as ID-Card, whose goal is to provide a structured summary of research papers emphasizing replication-relevant information.

We construct the ID-Card through a structured, iterative process based on design science.

[Results] In this paper: (i) we report on hands-on experiences of replication, (ii) we review the state-of-the-art and extract replication-relevant information, (iii) we identify, through focus groups, challenges across two typical dimensions of replication: data annotation and tool reconstruction, and (iv) we present the concept and structure of the ID-Card to mitigate the identified challenges.

[Contribution] This study aims to create awareness of replication in NLP for RE.

We propose an ID-Card that is intended to foster study replication, but can also be used in other contexts, e.g., for educational purposes.

Abualhaija, Sallam,Aydemir, F. BaŞAk,Dalpiaz, Fabiano,Dell'Anna, Davide,Ferrari, Alessio,Franch, Xavier,Fucci, Davide, 2023, Replication in Requirements Engineering: the NLP for RE Case

Document

Open

Share

Source

Articles recommended by ES/IODE AI

Bone metastasis prediction in non-small-cell lung cancer: primary CT-based radiomics signature and clinical feature
non-small-cell lung cancer bone metastasis radiomics risk factor predict cohort model cect cancer prediction 0 metastasis radiomics clinical