From Static to Recursive: Transforming Prompts for Enhanced Language Models
Shashi Prakash Tripathi · Research Square · 2023
Abstract In the dynamic field of Natural Language Processing (NLP), a revolutionary paradigm shift known as Large Language models has emerged. This research article embarks on exploration of Prompt Engineering, unveiling its innovative techniques, confronting its challenges, and highlighting its transformative impact on NLP applications. The proposed prompt engineering which is Recursive Prompt Engineering (RPE) redefines conventional prompt engineering, providing NLP models with the ability to iteratively refine responses. Through carefully designed experiments and real-world applications, we showcase RPE’s ability to enhance performance in language generation, question answering, and sentiment analysis. However, this journey into uncharted territory uncovers formidable challenges, including issues related to data diversity, scalability, and model interpretability. These challenges, while illuminating, also serve as stepping stones toward further innovation. Traditional evaluation methods prove inadequate, prompting us to introduce novel evaluation metrics that capture the essence of recursive adaptability. Our work sets the stage for redefining the criteria for measuring RPE’s effectiveness. In presenting this work, we envision a future where RPE reshapes the NLP landscape. As Recursive Prompt Engineering leads us to uncharted frontiers in NLP, opening doors to unprecedented possibilities and innovation. This article serves as a guiding beacon in this new era of NLP exploration.