Machine Translation for Accessible Multi-Language Text Analysis

English is the international standard of social research, but scholars are increasingly conscious of their responsibility to meet the need for scholarly insight into communication processes globally. This tension is as true in computational methods as in any other area, with revolutionary advances in the tools for English language texts leaving most other languages far behind. In this paper, we aim to leverage those very advances to demonstrate that multi- language analysis is currently accessible to all computational scholars. We show that English-trained measures computed after translation to English have adequate-to-excellent accuracy compared to source-language measures computed on original texts. We show this for three major analytics—sentiment analysis, topic analysis, and word embeddings—over 16 languages, including Spanish, Chinese, Hindi, and Arabic. We validate this claim by comparing predictions on original language tweets and their back-translations: double translations from their source language to English and back to the source language. Our results suggest that Google Translate, a simple and widely accessible tool, effectively preserves semantic content across languages and methods. Modern machine translation can thus help computational scholars make more inclusive and general claims about human communication.

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Publication Details

Journal
Computational Communication Research
Published
2025-05-08
DOI
https://doi.org/10.5117/ccr2025.1.5.chew
Primary Topic
Natural Language Processing Techniques
Type
article
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article

Machine Translation for Accessible Multi-Language Text Analysis

Edward W. Chew, Seth Frey, Mahasweta Chakraborti, William Weisman
Computational Communication Research
Natural Language Processing Techniques
article

Machine Translation for Accessible Multi-Language Text Analysis

Edward W. Chew, Seth Frey, Mahasweta Chakraborti, William Weisman
article en

Abstract

English is the international standard of social research, but scholars are increasingly conscious of their responsibility to meet the need for scholarly insight into communication processes globally. This tension is as true in computational methods as in any other area, with revolutionary advances in the tools for English language texts leaving most other languages far behind. In this paper, we aim to leverage those very advances to demonstrate that multi- language analysis is currently accessible to all computational scholars. We show that English-trained measures computed after translation to English have adequate-to-excellent accuracy compared to source-language measures computed on original texts. We show this for three major analytics—sentiment analysis, topic analysis, and word embeddings—over 16 languages, including Spanish, Chinese, Hindi, and Arabic. We validate this claim by comparing predictions on original language tweets and their back-translations: double translations from their source language to English and back to the source language. Our results suggest that Google Translate, a simple and widely accessible tool, effectively preserves semantic content across languages and methods. Modern machine translation can thus help computational scholars make more inclusive and general claims about human communication.

Computational Communication ResearchVol. 7(1)
University of California, Davis (US)
Quality Education
Openalex Percentile: Top 96%
Natural Language Processing Techniques
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