Efficient Annotator Reliability Assessment with EffiARA

Data annotation is an essential component of the machine learning pipeline; it is also a costly and time-consuming process.With the introduction of transformer-based models, annotation at the document level is increasingly popular; however, there is no standard framework for structuring such tasks.The EffiARA annotation framework is, to our knowledge, the first project to support the whole annotation pipeline, from understanding the resources required for an annotation task to compiling the annotated dataset and gaining insights into the reliability of individual annotators as well as the dataset as a whole.The framework's efficacy is supported by two previous studies: one improving classification performance through annotator-reliability-based soft-label aggregation and sample weighting, and the other increasing the overall agreement among annotators through removing identifying and replacing an unreliable annotator.This work introduces the EffiARA Python package and its accompanying webtool, which provides an accessible graphical user interface for the system.

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Published
2025-01-01
DOI
https://doi.org/10.18653/v1/2025.acl-demo.52
Primary Topic
Natural Language Processing Techniques
Type
article
Field-Weighted Citation Impact
0.00

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article

Efficient Annotator Reliability Assessment with EffiARA

Xingyi Song, Ian Roberts, Owen Cook, Jake A Vasilakes
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Natural Language Processing Techniques
article

Efficient Annotator Reliability Assessment with EffiARA

Xingyi Song, Ian Roberts, Owen Cook, Jake A Vasilakes
article en

Abstract

Data annotation is an essential component of the machine learning pipeline; it is also a costly and time-consuming process.With the introduction of transformer-based models, annotation at the document level is increasingly popular; however, there is no standard framework for structuring such tasks.The EffiARA annotation framework is, to our knowledge, the first project to support the whole annotation pipeline, from understanding the resources required for an annotation task to compiling the annotated dataset and gaining insights into the reliability of individual annotators as well as the dataset as a whole.The framework's efficacy is supported by two previous studies: one improving classification performance through annotator-reliability-based soft-label aggregation and sample weighting, and the other increasing the overall agreement among annotators through removing identifying and replacing an unreliable annotator.This work introduces the EffiARA Python package and its accompanying webtool, which provides an accessible graphical user interface for the system.

University of Sheffield (GB)
University of Sheffield, HORIZON EUROPE Framework Programme
Openalex Percentile: Top 90%
Natural Language Processing Techniques
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