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Fine-grained Controllable Text Generation through In-context Learning with Feedback

Sarubi Thillainathan, Alexander Koller

TL;DR

This work presents a method for rewriting an input sentence to match specific values of nontrivial linguistic features, such as dependency depth, which uses in-context learning rather than finetuning, making it applicable in use cases where data is sparse.

Abstract

We present a method for rewriting an input sentence to match specific values of nontrivial linguistic features, such as dependency depth. In contrast to earlier work, our method uses in-context learning rather than finetuning, making it applicable in use cases where data is sparse. We show that our model performs accurate rewrites and matches the state of the art on rewriting sentences to a specified school grade level.

Fine-grained Controllable Text Generation through In-context Learning with Feedback

TL;DR

This work presents a method for rewriting an input sentence to match specific values of nontrivial linguistic features, such as dependency depth, which uses in-context learning rather than finetuning, making it applicable in use cases where data is sparse.

Abstract

We present a method for rewriting an input sentence to match specific values of nontrivial linguistic features, such as dependency depth. In contrast to earlier work, our method uses in-context learning rather than finetuning, making it applicable in use cases where data is sparse. We show that our model performs accurate rewrites and matches the state of the art on rewriting sentences to a specified school grade level.