Priority Event Queue Routing for Low-Latency Record Processing

The patent segments the event processing system into multiple queues (high-priority queue and standard queue) based on event priority. High-priority events such as trait events are routed to a dedicated high-priority queue with dedicated worker nodes, while standard events use a separate queue. This segmentation allows high-priority events to be processed independently without being blocked by lower-priority events, thereby reducing processing latency while maintaining manageable system complexity through structured organization.

The patent applies local quality by providing differentiated processing resources based on event priority. High-priority events receive dedicated worker nodes and a separate queue with higher processing capacity and priority, while standard events use remaining resources. This localized optimization ensures that critical events get the speed they need without requiring the entire system to be over-provisioned, balancing processing speed improvements with controlled system complexity.

The patent implements preliminary action by pre-establishing separate high-priority queues and dedicated worker nodes before events arrive. The event routing logic is configured in advance to automatically direct high-priority events (identified by event type such as trait events) to the appropriate queue based on predefined priority criteria. This preliminary setup eliminates the need for complex real-time resource allocation decisions, ensuring reliable real-time processing while keeping resource management straightforward through predetermined rules.