Academic datasets are typically smaller, often comprising hundreds or thousands of samples, as they are limited by resources and the labor-intensive process of manual curation. On the other hand, industrial datasets can contain tens of millions of samples, benefiting from economies of scale and the ability to generate larger, more diverse datasets.
The challenges of relying on human-annotated data include the labor-intensive and costly process of manually curating datasets, which limits the scale and diversity of the data that can be generated. Additionally, human-annotated datasets often face issues such as grammatical errors and text quality problems, requiring human oversight. These challenges have driven researchers to explore automated methods for generating instruction datasets that rival the quality of those produced through human labor.
The main goal of natural language processing (NLP) finetuning is to adapt a pre-trained language model to perform specific tasks more effectively by training it on a specific dataset. This process enhances the model's ability to generate contextually relevant text and improves its performance on specialized applications.