Simulator, scripts and result data for "Boundary Quantization in Coordinated Restricted TWT: Why Non-Overlapping Schedules Overlap, and What It Costs"

This dataset contains the event-driven MAC-layer simulator, the experiment scripts, and the raw result files used in the accompanying article on boundary quantization in IEEE 802.11bn Coordinated Restricted Target Wake Time (Co-RTWT). The simulator models R-TWT service periods across multiple coordinating access points, with the schedule start time of a neighbouring BSS observed on a 1024 microsecond grid and subject to clock drift. It is validated against the Bianchi saturation model for the underlying EDCA behaviour and against a closed-form model of the expected own-SP loss. Contents include the simulator, the driver scripts for each experiment reported in the article, and the per-run CSV output from which every figure and table in the article is derived. A README maps each script and result file to the corresponding figure, table or numerical claim.This dataset contains the event-driven MAC-layer simulator, the experiment scripts, and the raw result files used in the accompanying article on boundary quantization in IEEE 802.11bn Coordinated Restricted Target Wake Time (Co-RTWT). The simulator models R-TWT service periods across multiple coordinating access points, with the schedule start time of a neighbouring BSS observed on a 1024 microsecond grid and subject to clock drift. It is validated against the Bianchi saturation model for the underlying EDCA behaviour and against a closed-form model of the expected own-SP loss. Contents include the simulator, the driver scripts for each eThis dataset contains the event-driven MAC-layer simulator, the experiment scripts, and the raw result files used in the accompanying article on boundary quantization in IEEE 802.11bn Coordinated Restricted Target Wake Time (Co-RTWT). The simulator models R-TWT service periods across multiple coordinating access points, with the schedule start time of a neighbouring BSS observed on a 1024 microsecond grid and subject to clock drift. It is validated against the Bianchi saturation model for the underlying EDCA behaviour and against a closed-form model of the expected own-SP loss. Contents include the simulator, the driver scripts for each experiment reported in the article, and the per-run CSV output from which every figure and table in the article is derived. A README maps each script and result file to the corresponding figure, table or numerical claim.xperiment reported in the article, and the per-run CSV output from which every figure and table in the article is derived. A README maps each script and result file to the corresponding figure, table or numerical claim.