Client Frame Co-generation via Tile Segmentation

The patent segments the frame rendering task by dividing the display frame into multiple tiles. Each tile is independently rendered by different client apparatuses based on their capability information, rather than requiring a single client to render the entire frame or the server to render the complete frame. This segmentation allows distributed computation while reducing individual client resource consumption.

The patent merges the rendering capabilities of multiple client apparatuses to collectively generate a single display frame. By aggregating the computing power of multiple clients through tile-based collaboration, the system achieves server-side rendering efficiency while distributing the computational load across multiple clients, thus resolving the contradiction between server computation burden and client system requirements.

The patent segments the rendering task into multiple tiles that can be distributed among multiple client apparatuses. Each client renders only its assigned tiles based on capability information, preventing any single client from consuming all system resources while still achieving server power consumption reduction through distributed rendering.

The patent applies partial action by having each client apparatus render only the specific tiles assigned to it rather than the complete frame. This partial rendering approach ensures that no single client exhausts its system resources while collectively providing sufficient rendering capacity to reduce server power consumption.

The patent performs preliminary action by having client apparatuses broadcast their capability information packets in advance before the frame rendering process begins. This preliminary capability collection allows the system to determine the total capability information and assign tiles efficiently without requiring continuous communication during the rendering process, thus reducing overall communication overhead.

The patent applies self-service by having each client apparatus autonomously broadcast its own capability information without requiring server intervention or coordination. Clients independently provide their capability data through broadcast packets, and the system aggregates this information locally, reducing the communication burden on the server and minimizing information loss.