Publication

Abstract : Online multiplayer games have become increasingly popular in the modern world, attracting a worldwide audience and creating virtual communities that cut across national borders. This research offers strategies for improving multiplayer gaming experiences and addresses the issues of lag and synchronization in networked game environments by introducing a novel combination of latency exposure, latency concealing techniques and prediction models. The use of visual and auditory effects to conceal latency, the display of ping time for player awareness of latency, and the use of algorithms like k-Nearest Neighbors, Decision Trees, and Random Forests for player input prediction in the event of network outages are effective techniques for enhancing gaming experiences. In addition to providing a thorough understanding of the technological nuances of latency control in online multiplayer games, the research presents solutions for scenarios involving real-time gaming. By implementing these techniques, the study demonstrates significant improvements in player experience, characterized by reduced lag, enhanced fairness, and greater responsiveness across various game genres.