Shared Memory Pool for Game Server Resource Data

The patent merges the memory resources of multiple scene servers by introducing a shared memory pool. Instead of each scene server having its own separate physical memory, the system combines memory resources into a shared pool that all scene servers can access. This eliminates redundant storage of the same logical data across multiple physical memories, directly resolving the contradiction between data accessibility and physical memory usage.

The shared memory pool serves multiple scene servers simultaneously, making a single memory resource universal for multiple purposes. The same physical memory space is shared across different scene servers, allowing each server to access the logical data it needs without requiring dedicated memory allocation. This multi-functionality approach resolves the waste of physical memories while maintaining data accessibility for all servers.

The patent combines the independent data access capabilities of multiple scene servers into a unified shared memory architecture. While maintaining the ability for each scene server to access the data it needs independently, the system merges the underlying storage into a single shared memory pool. This eliminates repeated loading operations and improves physical machine utilization rate while preserving independent data access functionality.

Instead of physically copying the same logical data into separate memory spaces for each scene server, the system uses virtual copying through memory mapping. Each scene server gets a view of the shared memory pool as if it were its own dedicated memory, but the actual physical data exists only once in the shared pool. This virtual copying approach maintains independent data access while eliminating redundant physical storage.