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arXiv 2602.06272math.LO
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PBNF-transform 作为命题演算的公式化,第一部分

PBNF-transform as a formulation of Propositional Calculus, I

Linnœus university(林奈大学)

Pelle Brooke Borgeke

AI总结:

本文提出PBNF变换作为命题演算的公式化方法,通过多项式家族实现逻辑连接词的几何化表示,简化了计算方法。

摘要:

在这里,我们通过一系列文章展示了使用代数多项式作为连接词符号的方法来计算命题语句。这些多项式来源于对对偶原理和析取布尔正则形式(DBNF)之间的转换,以及在单位正方形中使用几何化和简单的代数方法(模2)得到。我们称之为PBNF变换。PBNF意为多项式布尔正则形式,因为这些家族基于此处涉及的DBNF。在这一系列文章的第一部分中,我们证明了语句可以被映射成不同的多项式家族g(p,q),属于H(g),我们称之为PBNF的“房子”。我们还可以用PBNF替换逻辑连接词,因为这些多项式实际上是这些连接词的几何化;这些系统是同构的。这种命题演算(PC)的公式化的好处是方法的几乎简化。不需要公理,不需要真值表,只需一个多项式列表(这些本身自明),唯一的推理规则是替换规则。

英文摘要:

Here, in a series of articles, we show methods for calculating propositional statements using algebraic polynomials as symbols for the connectives, which are named operators. These polynomials originate from the transformation between the principles of duality and the Disjunctive Boolean Normal Form, DBNF, and they appear if we use a geometrization in the unit square and simple algebraic methods, modulo 2. This we call the PBNF-transform. PBNF stands for Polynomial Boolean Normal Form as these families are based on DBNF involved here. In the first paper in this series, we show that statements can be mapped bijectively into different polynomial families g(p,q) belonging to H(g)$, which we call the The House of PBNF. We can also replace the connectives of logic with PBNF, as the polynomials are, in fact, a geometrization of these connectives; the systems are isomorphic. The benefit of this formulation of the Propositional Calculus(PC) is a near trivialization of the methods. No axioms are needed, no truth tables, just a list of polynomials (which in themselves are self-explanatory), the only law of inference is the rule of Substitution.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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