Communication Resource Allocation for Traffic Hazard Monitoring

The patent applies local quality by determining hazard levels specifically for monitoring target areas rather than uniformly across the entire base station coverage area. The base station identifies monitoring target areas based on vehicle concentration and communication quality, then performs hazard level determination only within these localized regions. This selective approach concentrates communication resources on areas where they are most needed, resolving the contradiction between comprehensive monitoring accuracy and resource consumption.

The patent applies preliminary action by performing hazard level determination based on past hazardous behaviors within a reference period before real-time dynamic specification of monitoring target areas. The base station uses historical hazard data to pre-identify areas that are likely to require monitoring, then focuses real-time resources on these pre-identified areas. This approach enables responsive hazard detection while limiting communication resource consumption to pre-selected monitoring zones rather than requiring continuous full-coverage monitoring.

The patent applies segmentation by dividing the base station coverage area into multiple monitoring target areas based on vehicle concentration and communication quality metrics. Each monitoring target area is independently evaluated for hazard level and allocated communication resources proportionally. This segmentation allows the system to manage multiple hazardous areas simultaneously by distributing limited communication resources across divided zones rather than attempting to monitor all areas uniformly, resolving the contradiction between monitoring coverage and available resources.