Improve the Performance of Search Processes in Large Linked Lists using Multi-threading and Caching Techniques

Abstract

Efficiently searching on a large linked list is a critical challenge in various computational applications. Traditional methods grapple with the sequential organization and voluminous data, resulting in sluggish search operations. In response, this study introduces a novel approach leveraging multithreading for concurrent searches, facilitating parallel exploration of distinct segments within the linked list. Complementing this, we incorporate a caching mechanism to store frequently accessed elements, thereby optimizing RAM utilization during search processes. Through rigorous experimentation, our methodology showcases remarkable advancements in search efficiency and overall system performance compared to conventional techniques. These findings underscore the proposed framework's significance in revolutionizing large linked list exploration, offering promising avenues for enhancing computational operations across diverse domains.