Application Research of Constructing Large Networks in Tourist Attraction Based on Leaf Ridge Network Architecture

With the advancement of information technology, the demand for large-scale campus network services has grown rapidly. Traditional network architectures struggle to meet the needs of digital transformation in education, frequent research collaborations, and campus management upgrades. Services, such as online teaching, virtual laboratories, research data sharing, and security monitoring, place high demands on network performance, scalability, and flexibility. Against this backdrop, this work focuses on the application of the leaf-spine network architecture in large campus networks. The objective is to comprehensively explore the use of the leaf-spine architecture in campus networks, including analyzing its performance improvements, scalability, and flexibility compared to traditional architectures, and developing implementation strategies. The research methodology was to construct a model based on the principles of the flattened topology structure of the leaf-spine architecture.