Let $G = (X, \mathcal{E})$ be a D2696: Digraph.
Then $X$ is the node set in $G$.
▼ | Set of symbols |
▼ | Alphabet |
▼ | Deduction system |
▼ | Theory |
▼ | Zermelo-Fraenkel set theory |
▼ | Set |
▼ | Binary cartesian set product |
▼ | Binary relation |
▼ | Binary endorelation |
▼ | Digraph |