Translations:Betriebsplan/3/en - Versionsgeschichte

Haghani am 30. August 2021 um 10:14 Uhr

2021-08-30T10:14:10Z

← Nächstältere Version		Version vom 30. August 2021, 12:14 Uhr
Zeile 1:		Zeile 1:
	The model equivalent to conducting measurements within the river basin is the retrieval of so-called [[#systemzustand\|system states]] of the system elements. Further, these system states are processed and connected to mathematical and logical operators (also consecutively) into [[#zustandsgruppe\|control clusters]]. The variety of options and possible connections allows for the representation of almost any desired operating rule. The system state / the control cluster representing the operating rule is linked to the system element to which the rule should be applied to. In the case of a ~~reservoir~~, physical boundaries for releases as well as internal dependencies can be implemented. The result is the [[#steuerlogik\|control logic]] of the river basin model.		The model equivalent to conducting measurements within the river basin is the retrieval of so-called [[#systemzustand\|system states]] of the system elements. Further, these system states are processed and connected to mathematical and logical operators (also consecutively) into [[#zustandsgruppe\|control clusters]]. The variety of options and possible connections allows for the representation of almost any desired operating rule. The system state / the control cluster representing the operating rule is linked to the system element to which the rule should be applied to. In the case of a storage, physical boundaries for releases as well as internal dependencies can be implemented. The result is the [[#steuerlogik\|control logic]] of the river basin model.

T.Schnellbach am 17. März 2021 um 07:35 Uhr

2021-03-17T07:35:14Z

← Nächstältere Version		Version vom 17. März 2021, 09:35 Uhr
Zeile 1:		Zeile 1:
	The model equivalent to conducting measurements within the river basin is the retrieval of so-called [[#systemzustand\|system states]] of the system elements. Further, these system states are processed and connected to mathematical and logical operators (also consecutively) into [[#zustandsgruppe\|control clusters]]. The variety of options and possible connections allows for the representation of almost any desired operating rule. The system state / the control cluster representing the operating rule is linked to the system element to which the rule should be applied to. In the case of a reservoir, physical boundaries for releases as well as internal dependencies can be implemented. ~~This results in~~ the [[#steuerlogik\|control logic]] of the river basin model.		The model equivalent to conducting measurements within the river basin is the retrieval of so-called [[#systemzustand\|system states]] of the system elements. Further, these system states are processed and connected to mathematical and logical operators (also consecutively) into [[#zustandsgruppe\|control clusters]]. The variety of options and possible connections allows for the representation of almost any desired operating rule. The system state / the control cluster representing the operating rule is linked to the system element to which the rule should be applied to. In the case of a reservoir, physical boundaries for releases as well as internal dependencies can be implemented. The result is the [[#steuerlogik\|control logic]] of the river basin model.

T.Schnellbach am 16. März 2021 um 11:14 Uhr

2021-03-16T11:14:47Z

← Nächstältere Version		Version vom 16. März 2021, 13:14 Uhr
Zeile 1:		Zeile 1:
	The model equivalent to ~~conduct of~~ measurements within the river basin is the retrieval of so-called [[#systemzustand\|system states]] of the ~~systems~~ elements. ~~This~~ system states ~~can be~~ processed ~~further~~ and ~~can be~~ connected ~~with~~ mathematical and logical operators (also consecutively) into [[#zustandsgruppe\|control clusters]]. The variety of options and possible connections allows for the representation of almost any desired operating rule. The system state / the control cluster ~~to represent~~ the operating rule is linked to the system element which the rule should be applied to. In case of a reservoir physical boundaries for releases as well as internal dependencies can be implemented. This results in the [[#steuerlogik\|control logic]] of the river basin model.		The model equivalent to conducting measurements within the river basin is the retrieval of so-called [[#systemzustand\|system states]] of the system elements. Further, these system states are processed and connected to mathematical and logical operators (also consecutively) into [[#zustandsgruppe\|control clusters]]. The variety of options and possible connections allows for the representation of almost any desired operating rule. The system state / the control cluster representing the operating rule is linked to the system element to which the rule should be applied to. In the case of a reservoir, physical boundaries for releases as well as internal dependencies can be implemented. This results in the [[#steuerlogik\|control logic]] of the river basin model.

Rebscher am 30. November 2020 um 09:38 Uhr

2020-11-30T09:38:15Z

← Nächstältere Version		Version vom 30. November 2020, 11:38 Uhr
Zeile 1:		Zeile 1:
	The model equivalent to conduct of measurements within the river basin is the retrieval of so-called [[~~Special:MyLanguage/~~#systemzustand\|system states]] of the systems elements. This system states can be processed further and can be connected with mathematical and logical operators (also consecutively) into [[~~Special:MyLanguage/~~#zustandsgruppe\|control clusters]]. The variety of options and possible connections allows for the representation of almost any desired operating rule. The system state / the control cluster to represent the operating rule is linked to the system element which the rule should be applied to. In case of a reservoir physical boundaries for ~~discharge (?)~~ as well as internal dependencies can be implemented. This results in the [[~~Special:MyLanguage/~~#steuerlogik\|control logic]] of the river basin model.		The model equivalent to conduct of measurements within the river basin is the retrieval of so-called [[#systemzustand\|system states]] of the systems elements. This system states can be processed further and can be connected with mathematical and logical operators (also consecutively) into [[#zustandsgruppe\|control clusters]]. The variety of options and possible connections allows for the representation of almost any desired operating rule. The system state / the control cluster to represent the operating rule is linked to the system element which the rule should be applied to. In case of a reservoir physical boundaries for releases as well as internal dependencies can be implemented. This results in the [[#steuerlogik\|control logic]] of the river basin model.

Rebscher: Die Seite wurde neu angelegt: „The model equivalent to conduct of measurements within the river basin is the retrieval of so-called system states of the…“

2020-11-28T16:54:05Z

Die Seite wurde neu angelegt: „The model equivalent to conduct of measurements within the river basin is the retrieval of so-called system states of the…“

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The model equivalent to conduct of measurements within the river basin is the retrieval of so-called [[Special:MyLanguage/#systemzustand|system states]] of the systems elements. This system states can be processed further and can be connected with mathematical and logical operators (also consecutively) into [[Special:MyLanguage/#zustandsgruppe|control clusters]]. The variety of options and possible connections allows for the representation of almost any desired operating rule. The system state / the control cluster to represent the operating rule is linked to the system element which the rule should be applied to. In case of a reservoir physical boundaries for discharge (?) as well as internal dependencies can be implemented. This results in the [[Special:MyLanguage/#steuerlogik|control logic]] of the river basin model.