In plain words: Instead of rewording or mixing old examples to make more training data, this approach asks ChatGPT to write fresh ones with prompts tailored to the task. It beat the most popular augmentation tricks when training data was scarce.
Abstract
In this paper, we investigate the use of data obtained from prompting a large generative language model, ChatGPT, to generate synthetic training data with the aim of augmenting data in low resource scenarios. We show that with appropriate task-specific ChatGPT prompts, we outperform the most popular existing approaches for such data augmentation. Furthermore, we investigate methodologies for evaluating the similarity of the augmented data generated from ChatGPT with the aim of validating and assessing the quality of the data generated.
Solomon Ubani, Suleyman Olcay Polat, Rodney Nielsen
arXiv:2304.14334 · cs.AI · submitted Apr 27, 2023
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