Relational network theory - Revision history

PaulSank: added a category

2017-10-08T06:04:43Z

added a category

PaulSank: turned off a red link

2015-12-09T02:27:58Z

turned off a red link

NBlöcher at 20:09, 25 July 2014

2014-07-25T20:09:25Z

PaulSank at 04:03, 23 March 2009

2009-03-23T04:03:09Z

PaulSank at 03:18, 23 March 2009

2009-03-23T03:18:59Z

PaulSank at 03:07, 23 March 2009

2009-03-23T03:07:29Z

PaulSank at 02:28, 7 July 2008

2008-07-07T02:28:15Z

PaulSank at 18:56, 28 June 2008

2008-06-28T18:56:33Z

PaulSank: a number of small changes suggested by Dr Lamb

2008-06-28T18:37:29Z

a number of small changes suggested by Dr Lamb

PaulSank: minor changes

2008-06-16T04:09:02Z

minor changes

@@ Line 15: / Line 15: @@
 [[Category:HYPO]]
 [[Category:En]]
-[[Category:Grammar]]
+[[Category:Grammar]][[Category:Stratificational_Grammar]]

← Older revision		Revision as of 02:27, 9 December 2015
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−	'''Relational network theory''' suggests a neurologically plausible organization of information applicable to both linguistic and non-linguistic information. The theory explains the access of linguistic information throughout multiple [[stratum (in neurocognitive linguistics)\|strata]], from phonetic to conceptual and perceptual. The [[linguistic information system]] is represented as a [[relational network]], a network of interrelationships. A stimulus, or a sequence of stimuli (e.g. speech sounds), triggers [[node (in neurocognitive linguistics)\|nodes]] in the network, ~~[[activation\|~~activating]] corresponding pathways, activating one or more lexemes and corresponding concepts. Stimulation of a conceptual node can activate other conceptual nodes, as well as perceptual nodes, and connectivity is restricted in neither a bottom-up nor a top-down direction; thus lexemes can be activated by stimulation from both conceptual and phonemic nodes. Information is accessed in a bi-directional and stratum-independent manner.	+	'''Relational network theory''' suggests a neurologically plausible organization of information applicable to both linguistic and non-linguistic information. The theory explains the access of linguistic information throughout multiple [[stratum (in neurocognitive linguistics)\|strata]], from phonetic to conceptual and perceptual. The [[linguistic information system]] is represented as a [[relational network]], a network of interrelationships. A stimulus, or a sequence of stimuli (e.g. speech sounds), triggers [[node (in neurocognitive linguistics)\|nodes]] in the network, activating corresponding pathways, activating one or more lexemes and corresponding concepts. Stimulation of a conceptual node can activate other conceptual nodes, as well as perceptual nodes, and connectivity is restricted in neither a bottom-up nor a top-down direction; thus lexemes can be activated by stimulation from both conceptual and phonemic nodes. Information is accessed in a bi-directional and stratum-independent manner.

	=== Related Terms ===		=== Related Terms ===

@@ Line 3: / Line 3: @@
 === Related Terms ===
-[[Stratificational grammar]].
+*[[Stratificational grammar]]
-[[Neurocognitive linguistics]].
+*[[Neurocognitive linguistics]]
 === Sources ===

@@ Line 8: / Line 8: @@
 === Sources ===
-* Chow, Ian C, City University of Hong Kong,
+* Chow, Ian C.  Automating the Importation of Lexical Information into a Relational Network.
 * [[Sydney_M._Lamb|Lamb, Sydney M]], e-mail consultation.

← Older revision		Revision as of 03:18, 23 March 2009
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	'''Relational network theory''' suggests a neurologically plausible organization of information applicable to both linguistic and non-linguistic information. The theory explains the access of linguistic information throughout multiple [[stratum (in neurocognitive linguistics)\|strata]], from phonetic to conceptual and perceptual. The [[linguistic information system]] is represented as a [[relational network]], a network of interrelationships. A stimulus, or a sequence of stimuli (e.g. speech sounds), triggers [[node (in neurocognitive linguistics)\|nodes]] in the network, [[activation\|activating]] corresponding pathways, activating one or more lexemes and corresponding concepts. Stimulation of a conceptual node can activate other conceptual nodes, as well as perceptual nodes, and connectivity is restricted in neither a bottom-up nor a top-down direction; thus lexemes can be activated by stimulation from both conceptual and phonemic nodes. Information is accessed in a bi-directional and stratum-independent manner.		'''Relational network theory''' suggests a neurologically plausible organization of information applicable to both linguistic and non-linguistic information. The theory explains the access of linguistic information throughout multiple [[stratum (in neurocognitive linguistics)\|strata]], from phonetic to conceptual and perceptual. The [[linguistic information system]] is represented as a [[relational network]], a network of interrelationships. A stimulus, or a sequence of stimuli (e.g. speech sounds), triggers [[node (in neurocognitive linguistics)\|nodes]] in the network, [[activation\|activating]] corresponding pathways, activating one or more lexemes and corresponding concepts. Stimulation of a conceptual node can activate other conceptual nodes, as well as perceptual nodes, and connectivity is restricted in neither a bottom-up nor a top-down direction; thus lexemes can be activated by stimulation from both conceptual and phonemic nodes. Information is accessed in a bi-directional and stratum-independent manner.
		+
		+	=== Related Terms ===
		+
		+	[[Stratificational grammar]].
		+	[[Neurocognitive linguistics]].

	=== Sources ===		=== Sources ===

← Older revision		Revision as of 02:28, 7 July 2008
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−	'''Relational network theory''' suggests a neurologically plausible organization of information applicable to both linguistic and non-linguistic information. The theory explains the access of linguistic information throughout multiple [[stratum (in neurocognitive linguistics)\|strata]], from phonetic to conceptual and perceptual. The [[linguistic information system]] is represented as a [[relational network]], a network of interrelationships. A stimulus, or a sequence of stimuli (e.g. speech sounds), triggers [[node\|nodes]] in the network, [[activation\|activating]] corresponding pathways, activating one or more lexemes and corresponding concepts. Stimulation of a conceptual node can activate other conceptual nodes, as well as perceptual nodes, and connectivity is restricted in neither a bottom-up nor a top-down direction; thus lexemes can be activated by stimulation from both conceptual and phonemic nodes. Information is accessed in a bi-directional and stratum-independent manner.	+	'''Relational network theory''' suggests a neurologically plausible organization of information applicable to both linguistic and non-linguistic information. The theory explains the access of linguistic information throughout multiple [[stratum (in neurocognitive linguistics)\|strata]], from phonetic to conceptual and perceptual. The [[linguistic information system]] is represented as a [[relational network]], a network of interrelationships. A stimulus, or a sequence of stimuli (e.g. speech sounds), triggers [[node (in neurocognitive linguistics)\|nodes]] in the network, [[activation\|activating]] corresponding pathways, activating one or more lexemes and corresponding concepts. Stimulation of a conceptual node can activate other conceptual nodes, as well as perceptual nodes, and connectivity is restricted in neither a bottom-up nor a top-down direction; thus lexemes can be activated by stimulation from both conceptual and phonemic nodes. Information is accessed in a bi-directional and stratum-independent manner.

	=== Sources ===		=== Sources ===

← Older revision		Revision as of 18:56, 28 June 2008
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−	'''Relational network theory''' suggests a neurologically plausible organization of information applicable to both linguistic and non-linguistic information. The theory explains the access of linguistic information throughout multiple [[stratum\|strata]], from phonetic to conceptual and perceptual. The [[linguistic information system]] is represented as a [[relational network]], a network of interrelationships. A stimulus, or a sequence of stimuli (e.g. speech sounds), triggers [[node\|nodes]] in the network, [[activation\|activating]] corresponding pathways, activating one or more lexemes and corresponding concepts. Stimulation of a conceptual node can activate other conceptual nodes, as well as perceptual nodes, and connectivity is restricted in neither a bottom-up nor a top-down direction; thus lexemes can be activated by stimulation from both conceptual and phonemic nodes. Information is accessed in a bi-directional and stratum-independent manner.	+	'''Relational network theory''' suggests a neurologically plausible organization of information applicable to both linguistic and non-linguistic information. The theory explains the access of linguistic information throughout multiple [[stratum (in neurocognitive linguistics)\|strata]], from phonetic to conceptual and perceptual. The [[linguistic information system]] is represented as a [[relational network]], a network of interrelationships. A stimulus, or a sequence of stimuli (e.g. speech sounds), triggers [[node\|nodes]] in the network, [[activation\|activating]] corresponding pathways, activating one or more lexemes and corresponding concepts. Stimulation of a conceptual node can activate other conceptual nodes, as well as perceptual nodes, and connectivity is restricted in neither a bottom-up nor a top-down direction; thus lexemes can be activated by stimulation from both conceptual and phonemic nodes. Information is accessed in a bi-directional and stratum-independent manner.

	=== Sources ===		=== Sources ===

@@ Line 1: / Line 1: @@
-'''Relational network theory''' suggests a neurologically plausible organization of information applicable to both linguistic and non-linguistic information.  The theory explains the access of linguistic information throughout multiple [[stratum|strata]], from a phonemic stratum to a conceptual stratum. The [[linguistic information system]] is represented as a [[relational network]], a network of interrelationships.  A stimulus, or a sequence of stimuli (e.g. a string of phonemes), triggers a [[node]] in the network, [[activation|activating]] corresponding pathways (known as [[line|lines]]) and the intersecting nodes and consequently activating the lexeme and the corresponding sememe.  Stimulation of a conceptual node can activate other conceptual nodes and connectivity is restricted in neither a bottom-up nor a top-down direction; thus lexemes can be activated by stimulation from both conceptual and phonemic nodes. Information is accessed in a bi-directional and stratum-independent manner.
+'''Relational network theory''' suggests a neurologically plausible organization of information applicable to both linguistic and non-linguistic information.  The theory explains the access of linguistic information throughout multiple [[stratum|strata]], from phonetic to conceptual and perceptual. The [[linguistic information system]] is represented as a [[relational network]], a network of interrelationships.  A stimulus, or a sequence of stimuli (e.g. speech sounds), triggers [[node|nodes]] in the network, [[activation|activating]] corresponding pathways, activating one or more lexemes and corresponding concepts.  Stimulation of a conceptual node can activate other conceptual nodes, as well as perceptual nodes, and connectivity is restricted in neither a bottom-up nor a top-down direction; thus lexemes can be activated by stimulation from both conceptual and phonemic nodes. Information is accessed in a bi-directional and stratum-independent manner.
-=== SOURCE ===
+=== Sources ===
-Chow, Ian C, City University of Hong Kong,
+* Chow, Ian C, City University of Hong Kong,
-[http://wmp.cityu.edu.hk/crs/ctl2205/50353784/pubs/LACUS%20XXXII.pdf Automating the Importation of Lexical Information into a Relational Network]
+[http://wmp.cityu.edu.hk/crs/ctl2205/50353784/pubs/LACUS%20XXXII.pdf Automating the Importation of Lexical Information into a Relational Network].
 {{dc}}