textabstractSyllogistics reduces to only two rules of inference: monotonicity and symmetry, plus a third if one wants to take existential import into account. We give an implementation that uses only the monotonicity and symmetry rules, with an addendum for the treatment of existential import. Soundness follows from the monotonicity properties and symmetry properties of the Aristotelean quantifiers, while completeness for syllogistic theory is proved by direct inspection of the valid syllogisms. Next, the valid syllogisms are decomposed in terms of the rules they involve. The implementation uses Haskell, and is given i
Syllogism reasoning is a common and important form of reasoning in human thinking from Aristotle onw...
In this chapter, a semantic theory is taken to be a collection of rules for specifying the interpret...
In the paper we compare methodological assumptions underlying Aristotle’s syllogistic and logic prog...
Syllogistics reduces to only two rules of inference: monotonicity and symmetry, plus a third if one ...
The most efficient, accurate, and fruitful way to communicate reasonings is in natural languages. Th...
Traditional syllogisms involve sentences of the following simple forms: All X are Y, Some X are Y, N...
23rd International Conference on Industrial Engineering and Other Applications of Applied Intelligen...
Proc. ALT\u2790, 339-354; New Generation Computing 8, 371-384, 1991A formal system is a finite set o...
Chapter 1 presents BS, a basic syllogistic system based on Aristotle's logic, in natural deduction f...
The relational syllogistic is an extension of the language of Classical syllogisms in which predicat...
We elaborate on the approach to syllogistic reasoning based on "case identification" (Stenning & Obe...
We consider two categorical syllogisms, valid or invalid, to be equivalent if they can be transforme...
We give a simple definition of validity for syllogisms involving necessary and assertoric premises w...
Natural syllogisms are expressed in terms of classes and properties of the real world (usually of da...
The difficulty of a syllogistic argument is affected by the meanings of the quantifiers it contains ...
Syllogism reasoning is a common and important form of reasoning in human thinking from Aristotle onw...
In this chapter, a semantic theory is taken to be a collection of rules for specifying the interpret...
In the paper we compare methodological assumptions underlying Aristotle’s syllogistic and logic prog...
Syllogistics reduces to only two rules of inference: monotonicity and symmetry, plus a third if one ...
The most efficient, accurate, and fruitful way to communicate reasonings is in natural languages. Th...
Traditional syllogisms involve sentences of the following simple forms: All X are Y, Some X are Y, N...
23rd International Conference on Industrial Engineering and Other Applications of Applied Intelligen...
Proc. ALT\u2790, 339-354; New Generation Computing 8, 371-384, 1991A formal system is a finite set o...
Chapter 1 presents BS, a basic syllogistic system based on Aristotle's logic, in natural deduction f...
The relational syllogistic is an extension of the language of Classical syllogisms in which predicat...
We elaborate on the approach to syllogistic reasoning based on "case identification" (Stenning & Obe...
We consider two categorical syllogisms, valid or invalid, to be equivalent if they can be transforme...
We give a simple definition of validity for syllogisms involving necessary and assertoric premises w...
Natural syllogisms are expressed in terms of classes and properties of the real world (usually of da...
The difficulty of a syllogistic argument is affected by the meanings of the quantifiers it contains ...
Syllogism reasoning is a common and important form of reasoning in human thinking from Aristotle onw...
In this chapter, a semantic theory is taken to be a collection of rules for specifying the interpret...
In the paper we compare methodological assumptions underlying Aristotle’s syllogistic and logic prog...