Location-Based Information Delivery Using Geographic Descriptors

The patent segments traditional broad geographic descriptors (ZIP codes, city names) into more granular neighborhood-level boundaries. By dividing larger geographic areas into smaller, more precise neighborhood units, the system achieves both ease of operation through standardized descriptors and precision through detailed boundary definitions, resolving the contradiction between broad coverage and accurate recipient identification.

The patent introduces an intermediary layer of geographic data processing that translates between broad descriptors and precise neighborhood boundaries. This intermediary mechanism maintains the simplicity of using ZIP codes and city names while simultaneously providing accurate neighborhood-level precision through automated boundary definition and recipient matching algorithms.

The patent implements self-service through automated boundary determination and recipient identification processes. The system automatically defines neighborhood boundaries and identifies recipients within those boundaries without requiring manual intervention or complex analysis, thereby achieving high precision recipient identification while minimizing the complexity of the determination process through automation.

The patent utilizes parameter changes by dynamically adjusting geographic boundary definitions and recipient selection criteria based on available data and system requirements. This allows the system to maintain high precision in recipient identification while adapting the complexity of boundary determination to match operational needs, using parameter optimization to balance accuracy and process complexity.

The patent applies local quality by delivering different media content to different geographic locations based on neighborhood boundaries and recipient characteristics. Instead of uniform content delivery, the system tailors content to local needs and interests, thereby maintaining high delivery speed while significantly improving content relevance and value for each recipient based on their specific geographic and demographic context.

The patent implements preliminary action by pre-defining neighborhood boundaries, recipient databases, and content catalogs before actual media delivery occurs. This preparation allows the system to rapidly filter and select appropriate content for each recipient without adding significant delay to the delivery process, thus maintaining high productivity while improving content relevance through advance planning and pre-processing.

The patent applies preliminary action by pre-processing and pre-defining geographic boundaries, recipient databases, and content catalogs before actual media delivery. This advance preparation enables the system to rapidly filter and select appropriate content without adding significant processing time during delivery, thus improving content relevance while minimizing time loss through pre-computed data structures and indexes.

The patent replaces complex mechanical filtering processes with more efficient data processing mechanisms. By substituting traditional sequential filtering with optimized database queries, spatial indexing, and parallel processing techniques, the system achieves high content relevance through location-based filtering without proportionally increasing processing time, thereby reducing the trade-off between relevance and speed.