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Graph: http://wumm.uni-leipzig.de:8891/sparql
http://opendiscovery.org/rdf/FDP/P_1_1 (EasyRdf\Resource)
skos:narrower http://opendiscovery.org/rdf/FDP/P_1_1_04
http://opendiscovery.org/rdf/FDP/P_1_1_04 (EasyRdf\Resource)
rdf:type tc:FlowDevelopmentPattern
skos:prefLabel "Elimination of 'grey zones'"@en
skos:note "Since flow behaviour in the grey zone cannot be predicted, the parameters of these areas are usually chosen empirically. It is not always possible to carry out a sufficient number of experiments and therefore these areas are usually not sufficiently optimised, resulting in increased losses and resistance. Consequently, the elimination of grey areas indirectly leads to an increase in conductivity through better optimisation."@en
skos:definition "Transition from a flow that contains areas in which its behaviour cannot be predicted with sufficient accuracy to a flow that is free of such areas."@en
skos:example "A grey area is also the area where the flow of advertising information interacts with potential consumers, causing advertising costs to be overspent and ineffective. This area can be eliminated by various means, such as targeting ads to supposedly homogenous groups, for example, Barbie dolls are advertised in cartoons targeted at girls, or the charms of military service in the commercial breaks of martial arts movies."@en, "Fishing. A school of fish cannot be seen underwater and its behaviour cannot be accurately predicted, so ensuring a steady flow of fish from the sea to the fishing vessel is difficult -- causing many unnecessary costs in unsuccessful net casts and idle crossings.<br/> Sonar has been used to eliminate the grey zone - it is now possible to see whether fish are present and to target the trawl."@en
skos:broader http://opendiscovery.org/rdf/FDP/P_1_1
http://opendiscovery.org/rdf/EcoDesignNode/E1222 (EasyRdf\Resource)
skos:example "Nestl? redesign the bottle and cap to make them lighter. Also narrowed the label. "