Category:Definitions/Recursive Definitions
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This category contains definitions related to Recursive Definitions.
Related results can be found in Category:Recursive Definitions.
Let $p \in \N$ be a natural number.
Let $S = \set {x \in \N: p \le x}$.
Let $T$ be a set.
Let $g: T \to T$ be a mapping.
Let $f: S \to T$ be the mapping defined as:
- $\forall x \in S: \map f x = \begin {cases} a & : x = p \\ \map g {\map f n} & : x = n + 1 \end {cases}$
for $a \in T$.
Then $f$ is said to be recursively defined on $S$.
Pages in category "Definitions/Recursive Definitions"
The following 10 pages are in this category, out of 10 total.
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- Definition:Recursion
- Definition:Recursive Definition
- Definition:Recursively Defined Mapping
- Definition:Recursively Defined Mapping on Natural Numbers
- Definition:Recursively Defined Mapping/Also known as
- Definition:Recursively Defined Mapping/Minimally Inductive Set
- Definition:Recursively Defined Mapping/Natural Numbers
- Definition:Recursively Defined Mapping/Naturally Ordered Semigroup
- Definition:Recursively Defined Mapping/Peano Structure