 |
|
| |
|
|
|
at Global Oneness Community.
Share your dreams and let others help you with the interpretation!
Dream Sharing Forum
|
|
Context-free grammar - Formal definition | | Context-free grammar - Formal definition: Encyclopedia II - Context-free grammar - Formal definition | | Just as any formal grammar, a context-free grammar G can be defined as a 4-tuple:
G = (Vt,Vn,P,S) where
Vt is a finite set of terminals
Vn is a finite set of non-terminals
P is a finite set of productions rules
S is an e ...
See also:Context-free grammar, Context-free grammar - Formal definition, Context-free grammar - Examples, Context-free grammar - Example 1, Context-free grammar - Example 2, Context-free grammar - Example 3, Context-free grammar - Example 4, Context-free grammar - Other examples, Context-free grammar - Derivations and syntax trees, Context-free grammar - Normal forms, Context-free grammar - Undecidable problems, Context-free grammar - Properties of context-free languages | | | Context-free grammar, Context-free grammar - Derivations and syntax trees, Context-free grammar - Example 1, Context-free grammar - Example 2, Context-free grammar - Example 3, Context-free grammar - Example 4, Context-free grammar - Examples, Context-free grammar - Formal definition, Context-free grammar - Normal forms, Context-free grammar - Other examples, Context-free grammar - Properties of context-free languages, Context-free grammar - Undecidable problems, Parsing, Formal grammar, Parsing expression grammar | | |
| | | Context-free grammar: Encyclopedia II - Context-free grammar - Formal definition
Context-free grammar - Formal definition
Just as any formal grammar, a context-free grammar G can be defined as a 4-tuple:
G = (Vt,Vn,P,S) where
- Vt is a finite set of terminals
- Vn is a finite set of non-terminals
- P is a finite set of productions rules
- S is an element of Vn, the distinguished starting non-terminal.
- elements of P are of the form
Other related archivesBackus-Naur Form, CYK algorithm, Chomsky normal form, Earley parser, Formal grammar, Greibach normal form, LL parsers, LR, LR parsers, Lojban, Panini, Parsing, Parsing expression grammar, Sanskrit, Tamil, Turing machine, Venpa, abstract syntax tree, ambiguous grammar, computer science, context-free, context-sensitive, context-sensitive languages, counterexample, formal grammar, formal language, formalism, linguistics, logical OR, non-terminal symbol, parsers, parsing algorithms, parsing expression grammar, programming languages, pumping lemma, push-down automata, regular, regular grammar, regular language, syntax
 Adapted from the Wikipedia article "Formal definition", under the G.N U Free Docmentation License. Please also see http://en.wikipedia.org/wiki |
|
|
|
More material related to Context-free Grammar can be found here:
|
|
|
« Back
|
Search the Global Oneness web site |
|
|
|
|
|
Sneak-Peek of Global Oneness Community
Hi friend! The Global Oneness Community, the place for information and sharing about Oneness is not really launched yet (you will see there is still some clean up to do) ...but it is now open for a sneak-peek! And if you wish - please register and become one of the very first members to do so! Jonas
Forum Home,
Articles,
Photo Gallery,
Videos,
News,
Sitemap
...and much more!
|
