User:Jon Awbrey/SYLLABUS

Organizers

☞ This page belongs to collections on Logic and Inquiry.

Syllabus

Focal nodes

Template:Col-break

• Inquiry Live

Template:Col-break

• Logic Live

Template:Col-end

Peer nodes

Template:Col-break

• Logical Graph @ MyWikiBiz
• Logical Graph @ MathWeb Wiki
• Logical Graph @ NetKnowledge

Template:Col-break

• Logical Graph @ OER Commons
• Logical Graph @ P2P Foundation
• Logical Graph @ SemanticWeb

Template:Col-end

Logical operators

Template:Col-break

• Exclusive disjunction
• Logical conjunction
• Logical disjunction
• Logical equality

Template:Col-break

• Logical implication
• Logical NAND
• Logical NNOR
• Negation

Template:Col-end

Related topics

Template:Col-break

• Ampheck
• Boolean domain
• Boolean function
• Boolean-valued function
• Differential logic

Template:Col-break

• Logical graph
• Minimal negation operator
• Multigrade operator
• Parametric operator
• Peirce's law

Template:Col-break

• Propositional calculus
• Sole sufficient operator
• Truth table
• Universe of discourse
• Zeroth order logic

Template:Col-end

Relational concepts

Template:Col-break

• Continuous predicate
• Hypostatic abstraction
• Logic of relatives
• Logical matrix

Template:Col-break

• Relation
• Relation composition
• Relation construction
• Relation reduction

Template:Col-break

• Relation theory
• Relative term
• Sign relation
• Triadic relation

Template:Col-end

Information, Inquiry

Template:Col-break

• Inquiry
• Logic of information

Template:Col-break

• Descriptive science
• Normative science

Template:Col-break

• Pragmatic maxim
• Pragmatic theory of truth

Template:Col-break

• Semeiotic
• Semiotic information

Template:Col-end

Related articles

• Jon Awbrey, “Introduction To Inquiry Driven Systems”

• Jon Awbrey, “Prospects For Inquiry Driven Systems”

• Jon Awbrey, “Inquiry Driven Systems : Inquiry Into Inquiry”

• Jon Awbrey, “Propositional Equation Reasoning Systems”

• Jon Awbrey, “Differential Logic : Introduction”

• Jon Awbrey, “Differential Propositional Calculus”

• Jon Awbrey, “Differential Logic and Dynamic Systems”