Network topology, traffic demand, configuration dataset and results for disaggregated radio access networks planning

The input data include network topologies represented as weighted adjacency matrices, node characteristics (node type, deployment zone, and radio configuration), and traffic demand for each base station. The traffic demand was derived from a real-world cellular traffic dataset and processed to generate representative time-varying demand profiles for the evaluation scenarios using the window-bootstrap method.

The network topologies and node attributes were synthetically generated according to the parameters defined in the study based on published details of real implementations in the literature. The optimization results were obtained by solving mathematical optimization models under different network conditions and optimization objectives. The output data include the selected functional split configuration, Virtual Network Function (VNF) placement, routing decisions, node and link resource utilization, and the corresponding end-to-end latency for each evaluated scenario.