Attribute Controlled Text Rewriting, also known as text style transfer, has received significant attention in the natural language generation community due to its crucial role in controllable natural language generation systems. In this work we present SimpleStyle a minimalist yet effective approach for attribute controlled text rewriting based on a simple mechanism composed of two ingredients. controlled denoising and output filtering. Despite the simplicity of our approach, which can be succinctly explained with just a few lines of code, it is competitive with previous state-of-the-art methods both in automatic and in human evaluations. Additionally, we demonstrate the practical effectiveness of our system, by applying it to real-world data from social networks. Additionally, we introduce a soft masking sampling technique that further improves the performance of the system. We also show that feeding the output of our system into a text-to-text student model can produce high-quality results without the need for additional filtering. Finally, we suggest that our method can solve the fundamental missing baseline absence that holding progress in the field by offering our protocol as a simple, adaptive and very strong baseline for works wish to make incremental advancements in the field of attribute controlled text rewriting.
翻译:自然语言生成社区由于在可控自然语言生成系统中的关键作用,对自然语言生成社区给予了高度重视。在这项工作中,我们为基于由两种成分组成的简单机制的属性受控文本重写提出了一个最小但有效的方法:受控拆卸和输出过滤。尽管我们的方法简单,仅用几行代码就可以简单解释,但在自动和人类评估方面,它与以前最先进的方法相比具有竞争力。此外,我们通过将系统应用到社交网络的真实世界数据,展示了我们系统的实际有效性。此外,我们采用了软式掩模技术,进一步改进了系统的性能。我们还表明,将我们的系统输出输入成文本到文本的学生模型可以产生高质量的结果,而不需要额外的过滤。最后,我们建议,我们的方法可以解决基本缺失的基线问题,即通过提供我们协议的简单、适应性和非常强大的基准来保持实地的进展,从而在属性受控文本重写领域实现渐进的进展。