An intelligent interface switching method based on multi-dimensional perception

Abstract

The application discloses an intelligent interface switching method based on multi-dimensional perception and belongs to the field of electric digital data processing. The method is: obtaining device data, network data and user data to obtain standard vector information; obtaining high-precision position information based on the standard vector information, obtaining at least one candidate interface based on the high-precision position information, current interface metadata and a preset position formula; obtaining at least one dynamic interface based on a time sequence prediction algorithm, historical trajectory information, current interface metadata and the candidate interface; obtaining interface dynamic data in real time based on a main interface and a plurality of backup interfaces, obtaining a dynamic evaluation score based on the interface dynamic data, and executing an intelligent switching action according to the dynamic evaluation score. Therefore, by implementing the application, the problem that a unified interface cannot meet the performance and compliance requirements of a super-large scale and cross-regional question and answer in the prior art can be solved, and main-backup interface switching or intelligent switching of different protocols can be realized.

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