Pipe-calculus: Difference between revisions

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'''Pipe-calculus''' is a universal model of computation closely related to [[Wikipedia:process_calculus|process calculus]], [[Wikipedia:lambda_calculus|lambda calculus]] and [[Wikipedia:Formal_grammar|formal grammars]], following a tradition that studies computation hand in hand with formal languages and automata theory<ref>[[Wikipedia:Introduction_to_Automata_Theory,_Languages,_and_Computation|Introduction to Automata Theory, Languages, and Computation]]</ref>.  
'''Pipe-calculus''' is a universal model of computation closely related to [[Wikipedia:process_calculus|process calculus]], [[Wikipedia:lambda_calculus|lambda calculus]] and [[Wikipedia:Formal_grammar|formal grammars]].  
Its distinctive feature is the inclusion of syntactic primitives, so it is possible to express program structure and data types using only the built-in constructors.
One of its distinctive features is the inclusion of syntactic symbols, so it is possible to express program structure and complex data types using only the built-in constructs.


Pure pipe-calculus is untyped. Construction of a [[ideas_for_a_type_system|type system]] is an ongoing effort, placing the focus on well-typed communication of programs.
Pure pipe-calculus is untyped. Construction of a [[ideas_for_a_type_system|type system]] is an ongoing effort, placing the focus on well-typed communication of programs.
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