Prerequisite selection method and system based on symbol weight and electronic equipment

Abstract

The invention discloses a prerequisite selection method and system based on symbol weight and electronic equipment. The method comprises the following steps: initializing a related prerequisite set, a related symbol set, an irrelevant prerequisite set, a selection prerequisite set, a relevancy set and initial iteration times; selecting and proving based on the design of limiting the number of iterations and the weight; proving a reduction problem formed by prerequisites and conclusions with concentrated related prerequisites through an automatic theorem proving device ATP; calculating the relevancy of the irrelevant premise set according to a relevancy formula, and adding the obtained relevancy into a relevancy set; boundary calculation is carried out based on the self-adaptive relevancy boundary provided by the invention, further selection and proving are carried out, data are put into a corresponding data set, iteration is carried out again after a selection premise set and a relevancy set are emptied until the limited number of iterations is met, and premise selection of symbol weight is completed. According to the method, the stability of the weight symbols is improved, the problem proving capability is improved, the problem can be fully proved, and the method has universality.

Description

Technical field [0001] The present invention relates to the field of network technologies, and in particular, a prerequisite, system, and electronic devices based on symbolic weights. Background technique [0002] Automatic theorem proves to be one of the core parts of artificial intelligence. It is committed to generating an efficient computer program that enables the computer to be able to reasonine completely or almost completely. That is, the premise and conclusions of the first-order logic formula are input as the input of the computer program, and the conclusions are derived from the premise to the utilization. Such procedures are often referred to as a computer program such as an automatic aortizer, called an automatic acerator. [0003] With the development of formalization, the application range of automatic theorem certifiers has gradually expanded the practical problem such as knowledge compiled, soft (hard) model test, management planning, integrated circuit design an...

AI Technical Summary

Problems solved by technology

[0005] In view of the above-mentioned deficiencies in the prior art, the premise selection method, system and electronic equipment based on symbol weights provided by the present invention solve the problems of unstable symbol weights and low effectiveness in the prior art

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