Precedence ordering - Revision history

PaulSank: added a category

2017-10-08T06:21:23Z

added a category

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PaulSank at 07:47, 23 November 2008

2008-11-23T07:47:42Z

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	'''Precedence ordering''' is a property of [[relational network\|relational networks]] and of [[realizational formula\|realizational formulae]] -- a property found in [[~~linguistics~~ information system\|linguistic systems]] that is describable using either network notation or formulae.		'''Precedence ordering''' is a property of [[relational network\|relational networks]] and of [[realizational formula\|realizational formulae]] -- a property found in [[linguistic information system\|linguistic systems]] that is describable using either network notation or formulae.

	In this type of ordering, one realization has precedence over another. As the two realizations are alternatives, in an [[OR node\|OR]] relationship, there is no temporal ordering as in the case of the [[AND node\|AND]] relationship.		In this type of ordering, one realization has precedence over another. As the two realizations are alternatives, in an [[OR node\|OR]] relationship, there is no temporal ordering as in the case of the [[AND node\|AND]] relationship.

PaulSank: reworked in consultation with Sydney M. Lamb

2008-11-23T07:23:29Z

reworked in consultation with Sydney M. Lamb

← Older revision		Revision as of 07:23, 23 November 2008
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	In '''~~precedence~~ ordering''' of [[realizational formula\|realizational formulae]], a ~~second formula does not operate on some item after the first but instead of it.~~ ~~''I.e.,'' the second~~ is ~~allowed to operate only if the conditioning environment of the first does not apply~~.		'''Precedence ordering''' is a property of [[relational network\|relational networks]] and of [[realizational formula\|realizational formulae]] -- a property found in [[linguistics information system\|linguistic systems]] that is describable using either network notation or formulae.

	~~Precedence~~ ordering always involves formulae with the same symbol at the left of the ~~arrow~~, and these rules are alternatives; ''i.e.,'' they are in an either-or relationship to one another. The single symbol at the left corresponds to the single line above the downward ordered [[OR node]] in [[compact relational network notation]]. A single formula is used for each realizate, with a separate subformula (on a separate line) for each environment and realization. The subformulas are listed in the order of precedence, and since this is a precedence ordering of alternatives, they all occupy the same realizational level ([[stratum]]).		In this type of ordering, one realization has precedence over another. As the two realizations are alternatives, in an [[OR node\|OR]] relationship, there is no temporal ordering as in the case of the [[AND node\|AND]] relationship.

			In the case of realizational formulae, precedence ordering always involves formulae with the same symbol at the left of the slash (/), and these rules are alternatives; ''i.e.,'' they are in an either-or relationship to one another. The single symbol at the left corresponds to the single line above the downward ordered OR node in [[compact relational network notation]]. A single formula is used for each realizate, with a separate subformula (on a separate line) for each environment and realization. The subformulas are listed in the order of precedence, and since this is a precedence ordering of alternatives, they all occupy the same realizational level ([[stratum]]). Each subformula is allowed to operate only if the conditioning environment(s) of what precedes it does not apply.

PaulSank: New page: In '''precedence ordering''' of realizational formulae, a second formula does not operate on some item after the first but instead of it. ''I.e.,'' the second is...

2008-11-02T04:37:40Z

New page: In '''precedence ordering''' of realizational formulae, a second formula does not operate on some item after the first but instead of it. ''I.e.,'' the second is...

New page

In '''precedence ordering''' of [[realizational formula|realizational formulae]], a second formula does not operate on some item after the first but instead of it. ''I.e.,'' the second is allowed to operate only if the conditioning environment of the first does not apply.

Precedence ordering always involves formulae with the same symbol at the left of the arrow, and these rules are alternatives; ''i.e.,'' they are in an either-or relationship to one another. The single symbol at the left corresponds to the single line above the downward ordered [[OR node]] in [[compact relational network notation]]. A single formula is used for each realizate, with a separate subformula (on a separate line) for each environment and realization. The subformulas are listed in the order of precedence, and since this is a precedence ordering of alternatives, they all occupy the same realizational level ([[stratum]]).

===Source===

* Lamb, Sydney M., [http://www.continuumbooks.com/Books/detail.aspx?ReturnURL=/subjects/default.aspx&CountryID=1&ImprintID=2&BookID=117093 Language and Reality: Selected Writings of Sydney Lamb], Continuum, 2004.

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