Abstract

The increasing complexity and length of humancomputer interactions necessitate advanced mechanisms for maintaining contextual coherence over extended dialogues. Dynamic Memory Persistence (DMP) introduces a novel approach to augmenting Large Language Models (LLMs) with adaptive memory structures, enabling the retention and retrieval of pertinent information throughout prolonged conversations. By integrating memory allocation layers and sophisticated context management algorithms, DMP enhances the model's capacity to dynamically assess and store relevant data, thereby facilitating more coherent and contextually appropriate responses. Quantitative analyses reveal significant improvements in memory retention and response relevance, while qualitative assessments demonstrate enhanced continuity and pertinence in generated text. These findings demonstrate the potential of DMP to address the limitations of traditional models in handling long-form contextual dependencies, contributing to the evolution of more intelligent and responsive language models capable of meeting the complex demands of human-computer communication.