A data processing method and server

Abstract

A data processing method and a server are disclosed. After the problem statement is obtained, based on the sentence components of the problem statement, the question category to which the problem statement belongs is determined, and if the question statement falls into the predetermined question category, Dependency syntactic analysis is carried out on the problem statement to obtain dependency information among the constituent elements of the problem statement, and then structural analysis is carried out on the problem statement based on the dependency information among the constituent elements of the problem statement and sentence components of the problem statement to obtain structural information of the problem statement. By using the dependency information among the constituent elements of the question statement and the sentence components of the question statement, the problem statement can be structurally parsed, and the user's question intention can be accurately identified based on the parsing results.

Description

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AI Technical Summary

Benefits of technology

The technical results described in this patented technology are that it allows for accurate identification of users' questions through analyzed answers from an answer set containing multiple types or categories of problem addressed within each issue being solved (such as specific parts) without relying solely upon previous responses made during training sessions. This improves accuracy over existing methods while also reducing computational complexity compared with current solutions.

Problems solved by technology

This patented technical problem addressed by this patents relates to improving understanding about complicated queries made through traditional systems like QA (Question Answer) or AI technology such as NLP (Natural Language Process). These techniques have limitations that can make it difficult to accurately identify what they mean while also being able to extract relevant data from them effectively without compromising their accuracy.

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