The following pages link to ``Setting'' \(n\)-opposition (Q1001370):
Displaying 36 items.
- Structures of opposition induced by relations. The Boolean and the gradual cases (Q287761) (← links)
- Metalogical decorations of logical diagrams (Q346763) (← links)
- Syllogisms and 5-square of opposition with intermediate quantifiers in fuzzy natural logic (Q346769) (← links)
- Geometric and cognitive differences between logical diagrams for the Boolean algebra \(\mathbb {B}_{4}\) (Q723644) (← links)
- Combinatorial bitstring semantics for arbitrary logical fragments (Q1749808) (← links)
- The geometry of standard deontic logic (Q1931304) (← links)
- On the 3D visualisation of logical relations (Q1931340) (← links)
- The power of the hexagon (Q1940905) (← links)
- Why the logical hexagon? (Q1940908) (← links)
- A hexagonal framework of the field \({\mathbb{F}_4}\) and the associated Borromean logic (Q1940910) (← links)
- From Blanché's hexagonal organization of concepts to formal concept analysis and possibility theory (Q1940911) (← links)
- The classical Aristotelian hexagon versus the modern duality hexagon (Q1940912) (← links)
- The theory of intermediate quantifiers in fuzzy natural logic revisited and the model of ``many'' (Q2219168) (← links)
- Graded structures of opposition in fuzzy natural logic (Q2228352) (← links)
- Graded polygons of opposition in fuzzy formal concept analysis (Q2237161) (← links)
- Structures of opposition and comparisons: Boolean and gradual cases (Q2307719) (← links)
- Logical and geometrical distance in polyhedral Aristotelian diagrams in knowledge representation (Q2333411) (← links)
- Graded cubes of opposition and possibility theory with fuzzy events (Q2406911) (← links)
- Schopenhauer's partition diagrams and logical geometry (Q2671595) (← links)
- Graded cubes of opposition in fuzzy formal concept analysis (Q2671755) (← links)
- On the logical geometry of geometric angles (Q2688868) (← links)
- Paranegations and the square of oppositions (Q2695542) (← links)
- Was Lewis Carroll an Amazing Oppositional Geometer? (Q2963949) (← links)
- Structures of Oppositions in Public Announcement Logic (Q4915594) (← links)
- Graded Generalized Hexagon in Fuzzy Natural Logic (Q5117196) (← links)
- From Euler Diagrams in Schopenhauer to Aristotelian Diagrams in Logical Geometry (Q5118391) (← links)
- Boolean considerations on John Buridan's octagons of opposition (Q5208117) (← links)
- Round Squares Are No Contradictions (Tutorial on Negation Contradiction and Opposition) (Q5241517) (← links)
- Arrow-Hexagons (Q5350346) (← links)
- Many-valued logical hexagons in a 3-oppositional trisimplex (Q6600397) (← links)
- Tri-simplicial contradiction: the ``Pascalian 3D simplex'' for the oppositional tri-segment (Q6600398) (← links)
- Smurfing the square of opposition (Q6621363) (← links)
- Why the hexagon of opposition is really a triangle: logical structures as geometric shapes (Q6621370) (← links)
- Mathematical representation of Peterson's rules for fuzzy Peterson's syllogisms (Q6621371) (← links)
- Varieties of cubes of opposition (Q6621372) (← links)
- Quantifying statements (why `every thing' is not `everything', among other `thing's) (Q6621373) (← links)
