Vienna University LTE Link-Level Simulation Platform

The LTE Link-Level Simulation Platform developed by Vienna University serves as a robust research tool that meticulously models the entire two-way transmission process in LTE communication systems. This platform enables researchers to gain deeper insights into LTE operational mechanisms through customizable simulation scenarios. Key algorithmic implementations include adaptive channel coding schemes, MIMO (Multiple-Input Multiple-Output) transmission models, and hybrid ARQ (Automatic Repeat Request) protocols. The simulation environment supports dynamic configuration of network parameters and channel characteristics—such as path loss models, fading profiles, and interference patterns—providing a comprehensive and accurate testing framework. Researchers can leverage this platform to conduct performance evaluations under diverse operational scenarios, including variable mobility conditions, interference environments, and traffic load patterns. The platform's modular architecture facilitates comparative analysis of different LTE enhancement techniques, enabling data-driven optimization proposals for real-world deployments. Thus, Vienna University's LTE Link-Level Simulation Platform holds significant value for advancing research and development in LTE technology and its evolutionary pathways.