Map Tile Pre-fetching via User Activity Analysis

The patent segments the comprehensive map data into multiple smaller map tiles organized in a hierarchical structure. Each tile represents a specific geographic region at a specific zoom level, allowing the system to store only the necessary portions of map data rather than entire raster images. This segmentation reduces storage requirements while maintaining rendering efficiency.

The patent implements local quality by storing map data in a hierarchical tile structure where different regions and zoom levels are optimized for their specific purposes. Frequently accessed areas and lower zoom levels are cached locally on the mobile device, while less frequently accessed areas can be retrieved from remote servers. This allows the system to balance storage requirements with rendering performance based on local usage patterns.

The patent segments map data into hierarchical tiles that can be independently loaded and manipulated. When users zoom or pan, the system only needs to retrieve and render specific tile segments rather than manipulating entire large-scale raster images. This segmentation dramatically improves manipulation efficiency for zooming and panning operations.

The patent implements preliminary action by pre-calculating and pre-positioning map tiles in a hierarchical structure on the mobile device. Frequently accessed tiles and lower zoom level tiles are cached in advance, so when users perform manipulation operations like zooming or panning, the required tiles are already available locally and can be rendered immediately without waiting for server retrieval or complex image processing.

The patent implements preliminary action by caching map tiles locally on the mobile device in advance. When users access map data, the system first checks the local cache for required tiles. If tiles are found in the cache, they are rendered immediately without network latency. The system periodically updates cached tiles from the backend server to maintain data freshness, thus balancing fast local access with up-to-date map information.

The patent implements local quality by maintaining a hierarchical cache structure on the mobile device that stores map tiles at different zoom levels and for different geographic regions. Frequently accessed areas and lower zoom level tiles are prioritized for local storage. This allows the system to provide fast local access for common operations while still maintaining the ability to fetch updated data from the backend server when needed, optimizing the balance between data freshness and access latency.

The patent segments comprehensive map data into hierarchical tiles organized by geographic region and zoom level. Instead of storing entire comprehensive map datasets, the system stores only the necessary tile segments that are relevant to the user's location and zoom level. This segmentation enables fast access to required map portions while keeping storage requirements manageable by excluding unnecessary data.

The patent implements local quality by creating a hierarchical cache structure on the mobile device that prioritizes storage of frequently accessed map tiles and lower zoom level tiles. The cache is organized to optimize for the specific access patterns of mobile mapping applications, where users typically view their current location at various zoom levels. This selective local storage provides fast access speed for common operations while minimizing storage space requirements by not caching all possible map data.