Address Recognition Database for Network Routing
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Solution Overview
Problem
The challenge lies in efficiently communicating across different communication networks operated by various carriers, as existing technologies lack universal address recognition for text-capable devices, requiring additional routing information such as carrier and network identifiers that are often not readily available to the source party.
Innovation Solution
The solution involves sending availability requests to multiple destination addresses, correlating them with a destination party, and recording responses to determine valid addresses, allowing for the elimination of invalid addresses before message delivery, thereby minimizing resource waste and ensuring effective routing through network gateways.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If availability requests are sent to multiple destination addresses to determine valid addresses, then message delivery success rate is improved, but network resource consumption increases
Solution Approach 1:
The system performs preliminary address validation by sending availability requests to multiple destination addresses before actual message delivery. This preliminary action identifies valid addresses in advance, ensuring message delivery success while avoiding wasted network resources on invalid addresses.
2Loss of energy
If multiple destination addresses are validated before message delivery, then network resource waste is reduced, but time required for address recognition increases
Solution Approach 1:
The system performs address validation in advance and stores the results in a database. When the same address needs to be used again, the pre-validated information is retrieved from the database rather than re-validating, thus reducing network resource waste while minimizing additional time overhead through caching.
3Measurement precision
If carrier and network identifiers are required for routing, then message routing accuracy is improved, but information availability to source party deteriorates
Solution Approach 1:
The system introduces an intermediary address recognition database that stores carrier and network identifier information. The source party only needs to provide the destination address, and the intermediary database automatically retrieves and supplies the required routing information (carrier and network identifiers), thus maintaining routing accuracy while hiding the complexity from the source party.
Data Source
AI summary
A valid destination address is determined. An availability request is sent to each destination address from a set of destination addresses. The destination addresses are correlated with a destination party. At least one response to the sent availability requests is received. Each received response is uniquely associated with its own destination address from the destination addresses. Each received response indicates either a valid destination address or an invalid destination address. For each received response, a value associated with the destination address that is associated with that received response is recorded. The value indicates either a valid destination address or an invalid destination address based on the received response associated with that destination address.