Do we still need Human Annotators? Prompting Large Language Models for Aspect Sentiment Quad Prediction

Aspect sentiment quad prediction (ASQP) facilitates a detailed understanding of opinions expressed in a text by identifying the opinion term, aspect term, aspect category and sentiment polarity for each opinion.However, annotating a full set of training examples to fine-tune models for ASQP is a resource-intensive process.In this study, we explore the capabilities of large language models (LLMs) for zero-and few-shot learning on the ASQP task across five diverse datasets.We report F1 scores almost up to par with those obtained with state-of-the-art fine-tuned models and exceeding previously reported zero-and few-shot performance.In the 20-shot setting on the Rest16 restaurant domain dataset, LLMs achieved an F1 score of 51.54, compared to 60.39 by the best-performing finetuned method MVP.Additionally, we report the performance of LLMs in target aspect sentiment detection (TASD), where the F1 scores were close to fine-tuned models, achieving 68.93 on Rest16 in the 30-shot setting, compared to 72.76 with MVP.While human annotators remain essential for achieving optimal performance, LLMs can reduce the need for extensive manual annotation in ASQP tasks.