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Style Transfer Through Back-Translation (1804.09000v3)

Published 24 Apr 2018 in cs.CL

Abstract: Style transfer is the task of rephrasing the text to contain specific stylistic properties without changing the intent or affect within the context. This paper introduces a new method for automatic style transfer. We first learn a latent representation of the input sentence which is grounded in a language translation model in order to better preserve the meaning of the sentence while reducing stylistic properties. Then adversarial generation techniques are used to make the output match the desired style. We evaluate this technique on three different style transformations: sentiment, gender and political slant. Compared to two state-of-the-art style transfer modeling techniques we show improvements both in automatic evaluation of style transfer and in manual evaluation of meaning preservation and fluency.

Style Transfer Through Back-Translation: A Technical Overview

The paper "Style Transfer Through Back-Translation," authored by Shrimai Prabhumoye, Yulia Tsvetkov, Ruslan Salakhutdinov, and Alan W. Black, introduces a method for automatic style transfer in textual content. The technique is aimed at altering the stylistic attributes of text while retaining its semantic essence. This approach is particularly motivated by its utility in applications like conversational agents and natural language generation tasks.

Methodology and Approach

The core of the proposed method leverages back-translation to create a meaning-grounded latent representation of the input sentence. The back-translation process mitigates the stylistic features while preserving the principal meaning by translating the sentence to an intermediary language and back to the source. This latent representation is subsequently used in conjunction with adversarial generation techniques to produce the text in a desired style. The separation of style and content allows the model to generate stylistically varied outputs without compromising the original intent.

The paper targets style transformations across three distinctive domains: sentiment, gender, and political slant. These transformations are achieved without direct parallel corpora, making use instead of non-parallel monolingual corpora. The methodology involves first learning a content representation via back-translation and then employing style-specific generators for the ultimate output.

Evaluation and Results

The authors evaluate this approach by comparing it against two state-of-the-art models, highlighting its superiority in various facets. Through both automatic evaluation and human judgment, this back-translation style transfer method demonstrated a 12% improvement in political slant transfer accuracy and up to 7% in sentiment modification accuracy over the established baselines. These results underscore its effectiveness in altering text style while maintaining fluency and meaning preservation, particularly evidenced by a manual A/B testing setup.

Implications and Future Directions

The implications of this research are multifold. Practically, it provides a robust tool for generating demographically balanced datasets by modulating text features such as gender and political slant. Theoretically, it advances the discourse on separating stylistic attributes from semantic content, raising possibilities for more nuanced LLMs that can cater to a wider array of stylistic scenarios.

Future research could expand on this foundational work by experimenting with different intermediary languages in back-translation to optimize content representations. There is also potential to apply this methodology in debiasing text data or anonymizing sensitive author traits such as age and gender. Moreover, exploring style transfer's efficacy within downstream tasks could further elucidate its utility across diverse applications.

Overall, this paper contributes to the field by providing a novel, effective means of leveraging back-translation for style transfer, laying groundwork for subsequent exploration and innovation in AI-driven language processing tasks.

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Authors (4)
  1. Shrimai Prabhumoye (40 papers)
  2. Yulia Tsvetkov (142 papers)
  3. Ruslan Salakhutdinov (248 papers)
  4. Alan W Black (83 papers)
Citations (375)
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