Difference between revisions of "Meta language"
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{{WikiEntry|key=Meta language|qCode=36054}} is a class of language designed to model other languages. According to [[Category Theory]], all data content can be encoded using [[ordered relation]]s (arrows). The following publications explains the features and applications of meta languages<ref>{{:Thesis/A Meta-language for Systems Architecting}}</ref><ref>{{:Paper/Algebra of Systems}}</ref><ref>{{:Thesis/The Algebra of Open and Interconnected Systems}}</ref>. | {{WikiEntry|key=Meta language|qCode=36054}} is a class of language designed to model other languages. According to [[Category Theory]], all data content can be encoded using [[ordered relation]]s (arrows). The following publications explains the features and applications of meta languages<ref>{{:Thesis/A Meta-language for Systems Architecting}}</ref><ref>{{:Paper/Algebra of Systems}}</ref><ref>{{:Thesis/The Algebra of Open and Interconnected Systems}}</ref>. | ||
=Quantum Natural Language Processing= | =Transcending the Boundary of Data and Physics: Quantum Natural Language Processing= | ||
[[Bob Coecke]]'s notion of [[Quantum Natural Language Processing]] or [[QNLP]] is an attempt to provide a model of computation that can transcend the boundary of discrete structures and physical phenomenon. This idea is explained in a video, titled:[[Video/Bob Coecke, From Quantum Linguistics to Spacetime Linguistics, and Cognition|From Quantum Linguistics to Spacetime Linguistics, and Cognition]]<ref name="QNLP and Spacetime">{{:Video/Bob Coecke, From Quantum Linguistics to Spacetime Linguistics, and Cognition}}</ref>. It is highly recommended to watch the end of the video<ref extends="QNLP and Spacetime">starting from 6362 second</ref>. | [[Bob Coecke]]'s notion of [[Quantum Natural Language Processing]] or [[QNLP]] is an attempt to provide a model of computation that can transcend the boundary of discrete structures and physical phenomenon. This idea is explained in a video, titled:[[Video/Bob Coecke, From Quantum Linguistics to Spacetime Linguistics, and Cognition|From Quantum Linguistics to Spacetime Linguistics, and Cognition]]<ref name="QNLP and Spacetime">{{:Video/Bob Coecke, From Quantum Linguistics to Spacetime Linguistics, and Cognition}}</ref>. It is highly recommended to watch the end of the video<ref extends="QNLP and Spacetime">starting from 6362 second</ref>. | ||
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Latest revision as of 11:58, 26 August 2022
Meta language(Q36054) is a class of language designed to model other languages. According to Category Theory, all data content can be encoded using ordered relations (arrows). The following publications explains the features and applications of meta languages[1][2][3].
Transcending the Boundary of Data and Physics: Quantum Natural Language Processing
Bob Coecke's notion of Quantum Natural Language Processing or QNLP is an attempt to provide a model of computation that can transcend the boundary of discrete structures and physical phenomenon. This idea is explained in a video, titled:From Quantum Linguistics to Spacetime Linguistics, and Cognition[4]. It is highly recommended to watch the end of the videoCite error: Invalid <ref> tag; invalid names, e.g. too many.
References
- ↑ Koo, Hsueh-Yung Benjamin (31 Jan 2005). A Meta-language for Systems Architecting (PDF) (Ph.D.). local page: MIT. Retrieved July 18, 2021.
- ↑ Koo, Hsueh-Yung Benjamin; Simmons, Willard; Crawley, Edward (Nov 16, 2021). "Algebra of Systems as a Meta Language for Model Synthesis and Analysis" (PDF). local page: IEEE TRANSACTIONS ON SYSTEMS, MAN, AND CYBERNETICS.
- ↑ Fong, Brendan (2016). The Algebra of Open and Interconnected Systems (PDF) (Ph.D.). local page: University of Oxford. Retrieved October 15, 2021.
- ↑ Coecke, Bob (Dec 6, 2021). Bob Coecke, From Quantum Linguistics to Spacetime Linguistics, and Cognition. local page: The Quantum Information Structure of Spacetime.