Quick Upload Data Package for Reducing Network Latency

The patent combines multiple individual object requests into a single bulk request that retrieves a subset of connected objects simultaneously. Instead of making separate round-trips for each object, the client requests a group of related objects in one operation, and the server returns them all together in a single data package, thereby eliminating multiple latency periods and reducing total retrieval time.

The server performs preliminary action by proactively identifying and preparing a subset of connected objects that are likely to be needed, then including them in the initial data package. This preliminary identification and packaging of related objects occurs before the client makes additional requests, reducing the need for subsequent round-trips and accelerating overall data retrieval.

The patent extracts only the necessary subset of connected objects that are relevant to the user's current view or task, rather than retrieving all possible connected objects. The server applies filtering criteria to extract and include only those objects that meet predefined conditions, thereby reducing the overall data volume in the package while still providing sufficient data to reduce round-trips and improve transfer efficiency.

The patent applies local quality by differentiating between different types of connections and objects, assigning different retrieval priorities or inclusion criteria to different subsets. Instead of treating all connected objects uniformly, the server selectively includes objects based on their local characteristics and relevance, optimizing the balance between data volume and retrieval efficiency for each specific context.