Leveraging 3D Graphics for Web-Based Visualization: Applications in Network and Autonomous Systems
Fnu Nagarajan · International Journal For Multidisciplinary Research · 2022
With the increasing need for sophisticated and interactive data visualization in web applications, 3D graphics technologies have emerged as a powerful tool for rendering complex models efficiently. Traditional 2D visualization techniques, while effective for static representations, lack the depth and interactivity required for real-time, large-scale data interpretation. The introduction of WebGL, OpenGL, and Three.js has enabled developers to implement 3D visualizations directly within web browsers, eliminating the need for external plugins while leveraging the computational power of modern GPUs. This paper explores the use of 3D graphics for web-based visualization, focusing on applications in network monitoring, autonomous vehicle fleet management, digital twins, and medical imaging. A case study comparing Ciena’s 3D network visualization system with traditional 2D network topology models highlights the advantages of web-based 3D visualization for understanding complex datasets. Additionally, the paper discusses the challenges faced in 3D web visualization, including performance optimization, browser compatibility, and real-time rendering constraints. The future of AI-driven 3D rendering, WebGPU advancements, and augmented reality (AR) integration in web applications is also explored.