Semantic analysis intelligent instruction robot applied to logistics management software

Abstract

The invention refers the conventional natural language analysis technology, and discloses a language analysis and instruction analysis algorithm based on large logistics management software. In one aspect, instruction information of an instruction of a natural language input by a user can be extracted through a semantic analysis engine, wherein the instruction information includes key information such as an instruction operation target, an operation command and parameters; in the other aspect, an execution demand of the user and an actual resource condition of a system is combined through an instruction analysis engine, and an executable scheme including an AJAX format command and description information is fed back to the user; and a semantic analysis intelligent instruction robot applied to logistics management software is established by combination of the two aspects, the user can directly input a natural language type instruction to directly operate the logistics management software, and the fuzziness and ambiguity of the natural language can be supported to some extent; the problem that the conventional management software is complex in interface, and an operator is difficult to operate the conventional management software can be solved; man-machine interaction is humanized and simple; and the operation efficiency is high.

Description

[0001] Technical field: [0002] Based on the logistics management software platform, the present invention draws on the existing natural language analysis technology, independently develops a series of algorithms and procedures for language analysis and instruction analysis applied to logistics management software, and can perform natural language commands input by users. Analysis, and to a certain extent support the ambiguity and ambiguity of user input in natural language, and build an intelligent command robot that can directly operate logistics management software. Users can directly operate the logistics management software by inputting languages. The technical platform that the present invention relies on is a comprehensive logistics management software. Aiming at the common problems of complex interfaces, cumbersome operations, and difficulty for users in large-scale management software, using the intelligent command robot created by the present invention, users can use ...

AI Technical Summary

Problems solved by technology

In the interface of intelligent robots, users can only input vague and inaccurate parameters close to daily language habits, and it is impossible to input precise parameters similar to UUID

[0018] Second, when operating on the traditional operation interface, different pages represent different business scenarios, and the pages themselves hide some contextual information. operation, the system will automatically map to the operation target resource "waybill" in the background of the system

[0021] The second difficulty is how to construct the final system executable instructions and accurate description information through the natural language commands input by the user

[0027] The third difficulty is the semantic analysis technology of natural language: that is, how to extract key information such as basic operation goals, commands and parameters from user input natural language

[0033] 3. The existing semantic analysis robot currently provides a single interface function: the Turing robot interface that has been investigated in the previous period cannot provide variable support, resulting in the inability to realize the transfer of command parameters in the logistics management software scene, and cannot realize the support behind The instruction analysis process of

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