Revolutionizing Multi-Campus Communication: A Next-Generation OSPF-Based Network Design for NVSU's Distributed Learning Environment

Abstract

n today's era of distributed learning environments, efficient and reliable communication between multiple campuses is crucial for seamless collaboration and knowledge sharing. This research aims to revolutionize multi-campus communication by proposing a next-generation network design based on Open Shortest Path First (OSPF) protocol for Nanchang Virtual State University (NVSU). By leveraging OSPF's dynamic routing capabilities, the completed design goals is to enhance network performance, scalability, and fault tolerance, thereby improving the overall learning experience for students across various campuses. The research involves analyzing the existing network infrastructure, identifying the challenges in the current communication framework, and developing a novel OSPF-based network architecture tailored to NVSU's distributed learning environment. The network design has been through extensive simulations and practical implementation, assessing key performance metrics such as latency, throughput, and network convergence time. The outcomes of this research provide valuable insights for educational institutions seeking to optimize their multi-campus communication infrastructure and enable seamless collaboration in distributed learning environments.