Event-Based View Synchronization for Lower Simulation Latency

The simulation system is segmented into multiple worker modules, each responsible for specific simulation scenarios. Each worker module independently manages its own simulation context and data, allowing parallel processing without requiring a fully distributed cluster. This segmentation enables complex simulations to be handled through coordinated modular workers rather than requiring extensive distributed infrastructure.

Multiple worker modules are merged into a unified simulation system that shares common data structures and synchronization mechanisms. The workers communicate through standardized interfaces and share access to simulation state data, eliminating the need for complex inter-cluster data transfer. This merging maintains high simulation capacity while improving data throughput by reducing network latency associated with distributed clusters.

The central coordination function is extracted from a single server and distributed among worker modules that autonomously manage their own state synchronization. Each worker module maintains local simulation state and only synchronizes specific data elements with others when necessary. This extraction eliminates the single-server bottleneck while maintaining coordination through peer-to-peer communication and event-driven synchronization.

Each worker module maintains local simulation state and view data specific to its assigned scenarios. View synchronization is performed locally within each worker rather than being coordinated centrally across the entire distributed system. This local quality approach allows the system to scale by adding workers while keeping view synchronization complexity contained within individual modules rather than increasing system-wide complexity.