A Bayesian approach to translators' reliability assessment
Marco Miccheli, Andrej Leban, Andrea Tacchella, Andrea Zaccaria, Dario, Mazzilli, S\'ebastien Brati\`eres

TL;DR
This paper introduces a Bayesian framework for assessing the reliability of translators and reviewers in translation quality evaluation, revealing insights into their skills, biases, and consistency even with limited data.
Contribution
It develops and validates two Bayesian models to quantify translator and reviewer reliability, providing a new quantitative approach to translation quality assessment.
Findings
Reviewers' reliability varies and can be biased by translator expertise.
Highly experienced translators show the highest consistency in translation and assessment.
Meaningful insights into translator skills can be obtained with only one review per translation.
Abstract
Translation Quality Assessment (TQA) is a process conducted by human translators and is widely used, both for estimating the performance of (increasingly used) Machine Translation, and for finding an agreement between translation providers and their customers. While translation scholars are aware of the importance of having a reliable way to conduct the TQA process, it seems that there is limited literature that tackles the issue of reliability with a quantitative approach. In this work, we consider the TQA as a complex process from the point of view of physics of complex systems and approach the reliability issue from the Bayesian paradigm. Using a dataset of translation quality evaluations (in the form of error annotations), produced entirely by the Professional Translation Service Provider Translated SRL, we compare two Bayesian models that parameterise the following features…
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Taxonomy
TopicsNatural Language Processing Techniques · Topic Modeling
Methodstravel james · Attentive Walk-Aggregating Graph Neural Network
