Artificial intelligence generation method of scientific research budget table for digital aircraft simulation research

Abstract

The invention discloses an artificial intelligence generation method for a scientific research budget table for digital aircraft simulation research, comprising the following steps: building a human-computer interaction module, reasoning a budget plan by a budget expert system, connecting the expert system and the human-computer interaction module through configuration files or command communication, and One-click automatic generation of budget report Word documents. Based on the project information obtained by the human-computer interaction module, the budget expert system uses the knowledge base and method base to infer various budget amounts that meet the requirements of the fund management method and display them to users in real time. Users can feed back the funding allocation requirements through the interactive module multiple times so that the budget expert system can make multiple adjustments to the inferred budget results, so as to obtain a more satisfactory scientific research budget plan. The invention can quickly output the corresponding scientific research budget plan report according to the individual needs of users and the actual needs of the project, which is more scientific and standardized, thereby reducing the workload of scientific research personnel in preparing project budgets and improving the efficiency of budget preparation.

Description

technical field [0001] The invention relates to program design, logical reasoning, knowledge acquisition and human-computer interaction, and belongs to the field of artificial intelligence. Background technique [0002] Prolog is one of the most influential artificial intelligence languages ​​in the contemporary era. Because this language is very suitable for expressing human thinking and reasoning rules, it has been widely used in natural language understanding, machine theorem proving, expert systems, etc., and has become an artificial intelligence application. A powerful development language for domains. There are only three basic statements in Prolog, that is, three types of statements, namely fact, rule and goal, and all of them are expressed by predicates, so the logic of the program is strong, the grammar is simple, and it is clear and easy to understand. On the other hand, Prolog is a declarative language. Once the necessary facts and rules are submitted to it, Prol...

AI Technical Summary

Problems solved by technology

[0005] At present, in the scientific research work, the scientific research project budget is manually compiled by the scientific research personnel, which is time-consuming and laborious, and has a certain impact on the application and work development of scientific research projects.

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