Knowledge Reasoning Involving Four Types of Syllogisms

Fuente: arXiv
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Autori principali: Wei, Long, Hao, Liheng
Natura: Preprint
Pubblicazione: 2025
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author Wei, Long
Hao, Liheng
author_facet Wei, Long
Hao, Liheng
contents This paper studies the validity and discourse reasoning of non-trivial generalized syllogisms involving the quantifiers in Square{most} and Square{all} from the perspective of knowledge reasoning. Firstly, this paper presents knowledge representations for these syllogisms and formally proves the validity of generalized syllogism AMI-1. Subsequently, 19 non-trivial generalized syllogisms, 22 non-trivial valid generalized modal syllogisms, 8 valid classical syllogisms, and 24 valid classical modal syllogisms are respectively deduced from the valid generalized syllogism AMI-1 on the basis of deductive reasoning. Additionally, this paper discusses how to judge the validity of discourse reasoning nested by the above four types of syllogisms, which have four types of figures and different forms. In conclusion, such formal deductions not only provide a theoretical foundation for English language information processing, but also provide methodological insights for studying other syllogistic systems.
format Preprint
id arxiv_https___arxiv_org_abs_2511_10916
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Knowledge Reasoning Involving Four Types of Syllogisms
Wei, Long
Hao, Liheng
Logic in Computer Science
This paper studies the validity and discourse reasoning of non-trivial generalized syllogisms involving the quantifiers in Square{most} and Square{all} from the perspective of knowledge reasoning. Firstly, this paper presents knowledge representations for these syllogisms and formally proves the validity of generalized syllogism AMI-1. Subsequently, 19 non-trivial generalized syllogisms, 22 non-trivial valid generalized modal syllogisms, 8 valid classical syllogisms, and 24 valid classical modal syllogisms are respectively deduced from the valid generalized syllogism AMI-1 on the basis of deductive reasoning. Additionally, this paper discusses how to judge the validity of discourse reasoning nested by the above four types of syllogisms, which have four types of figures and different forms. In conclusion, such formal deductions not only provide a theoretical foundation for English language information processing, but also provide methodological insights for studying other syllogistic systems.
title Knowledge Reasoning Involving Four Types of Syllogisms
topic Logic in Computer Science
url https://arxiv.org/abs/2511.10916