SVG-based Network Topology Mapping Method and System Research for Distributed Cloud Platforms

This study focuses on the visual representation of distributed cloud platform network topologies and introduces an innovative drawing method based on SVG technology. By thoroughly analyzing the unique advantages of SVG in network topology rendering, a data model and layout algorithm suited for complex distributed environments have been designed. The research results encompass a comprehensive topology drawing system, including core modules for data collection, topology computation, SVG rendering, and interaction. This system has demonstrated exceptional performance in real-world applications within large-scale cloud platforms, efficiently managing dynamically changing network structures and supporting multi-layered topology displays. The innovation of this paper lies in the seamless integration of SVG technology with distributed cloud architecture, offering a novel solution for the visualization management of complex networks. The research not only enhances the expressiveness and interactivity of network topologies but also provides a powerful tool for cloud platform operations and decision support, holding significant theoretical and practical value.