Search results for " colors"

showing 6 items of 6 documents

La resemantització com a recurs creatiu: la neologia cromàtica

2015

El valor simbòlic que han adquirit els termes dels colors en les diferents cultures al llarg de la història explica que siguin un element recurrentment utilitzat per a la creativitat lèxica. En aquest treball abordem, des d’una perspectiva lingüística, un aspecte de l’estudi dels termes dels colors que ha estat poc tractat fins ara: el paper que juguen en la resemantització de les unitats lèxiques d’una llengua. Per fer-ho, partim, d’una banda, d’alguns dels conceptes fonamentals establerts des de l’antropologia lingüística, i de l’altra, dels supòsits teòrics de la semàntica cognitiva. Després de donar compte, en els primers apartats, dels conceptes teòrics fonamentals en què ens basem, an…

lcsh:Language and LiteratureLinguistics and LanguageColor--Aspectes psicològicsFilologíasLanguage and LinguisticsresemantitzacióMetàforalcsh:P1-1091Color--Psycological aspectsneologia semànticametàforaneologiaNeologiaUNESCO::CIENCIAS DE LAS ARTES Y LAS LETRASColorsLingüísticaNeologyPhilosophyResemantitzacióSemánticaneologia; neologia semàntica; resemantització; colors; metàfora; metonímia; lingüística cognitivaMetonymscolorsmetonímiaSemanticslingüística cognitivalcsh:Philology. LinguisticsMetonymySemànticaLingüística cognitivaColor - Aspectos psicológicosShifting of meaningMetonimia:CIENCIAS DE LAS ARTES Y LAS LETRAS [UNESCO]Metaphorlcsh:PCognitive linguisticsHumanitiesNeologia semànticaMetonímiaColoursSemantic change
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Chromatic sums for colorings avoiding monochromatic subgraphs

2015

Abstract Given graphs G and H, a vertex coloring c : V ( G ) → N is an H-free coloring of G if no color class contains a subgraph isomorphic to H. The H-free chromatic number of G, χ ( H , G ) , is the minimum number of colors in an H-free coloring of G. The H-free chromatic sum of G , Σ ( H , G ) , is the minimum value achieved by summing the vertex colors of each H-free coloring of G. We provide a general bound for Σ ( H , G ) , discuss the computational complexity of finding this parameter for different choices of H, and prove an exact formulas for some graphs G. For every integer k and for every graph H, we construct families of graphs, G k with the property that k more colors than χ ( …

Vertex (graph theory)Computational complexity theoryApplied MathematicsChromatic sumValue (computer science)forbidden subgraphsCombinatoricsGreedy coloringIntegerQA1-939sum of colorsDiscrete Mathematics and CombinatoricsChromatic scaleMonochromatic colorcoloringMathematicsMathematicsDiscussiones Mathematicae Graph Theory
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The evolution of colour pattern complexity: selection for conspicuousness favours contrasting within-body colour combinations in lizards.

2015

Many animals display complex colour patterns that comprise several adjacent, often contrasting colour patches. Combining patches of complementary colours increases the overall conspicuousness of the complex pattern, enhancing signal detection. Therefore, selection for conspicuousness may act not only on the design of single colour patches, but also on their combination. Contrasting long- and short-wavelength colour patches are located on the ventral and lateral surfaces of many lacertid lizards. As the combination of long- and short-wavelength-based colours generates local chromatic contrast, we hypothesized that selection may favour the co-occurrence of lateral and ventral contrasting patc…

0106 biological sciences0301 basic medicineSignal designgenetic structuresEcologyPigmentationSpectral propertiesPhylogenetic studyColorComplementary colorsLizardsBody colourBiology010603 evolutionary biology01 natural sciencesBiological Evolution03 medical and health sciencesChromatic contrast030104 developmental biologyEvolutionary biologyAnimalsSpectral dataEcology Evolution Behavior and SystematicsSelection (genetic algorithm)PhylogenyJournal of evolutionary biology
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A Tunable Digital Ishihara Plate for Pre-School Aged Children

2016

Colors play a fundamental role for children, both in the everyday life and in education. They recognize the surrounding world, and play games making a large use of colors. They learn letters and numbers by means of colors. As a consequence, early diagnosis of color blindness is an crucial to support an individual affected by this visual perception alteration at the initial phase of his/her life. The diagnosis of red-green color deficiencies (protanopia or deuteranopia) is commonly accomplished by means of the Ishihara test, which consists of plates showing dots with different sizes where some of them compose numbers within a gamut of colors while the ones composing the background have diffe…

MaleBrightnessColor histogramComputer scienceColor balanceColor Vision Defects050105 experimental psychology03 medical and health sciences0302 clinical medicineGamutHumansIshihara color blindness dyschromatopsia web application0501 psychology and cognitive sciencesComputer visionChromatic scaleSettore ING-INF/05 - Sistemi Di Elaborazione Delle InformazioniInternetColor Perception Testsbusiness.industryBinary image05 social sciencesColor quantizationWeb colorsColor modelChild PreschoolCalibration030221 ophthalmology & optometryFemaleArtificial intelligencebusinessSoftware
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Krāsu un emociju attiecības vizuālajā komunikācijā: dažādu vecumposmu salīdzinoša analīze

2017

Darba tēma ir ‘’Krāsu un emociju attiecības vizuālajā komunikācijā: dažādu vecumposmu salīdzinoša analīze’’. Pētījuma problēma: Vai dažāda vecuma cilvēkiem atšķiras krāsu un emociju uztvere? Mērķis ir noskaidrot kā krāsu un emociju saistība mainās dažāda vecuma cilvēkiem. Darba uzdevumi ir iepazīties ar teoriju, noskaidrot krāsu un emociju saistību atšķirību dažādiem vecumposmiem, izmantojot aptauju un eksperimentu, apkopot datus un izdarīt secinājumus. Teorijā izmantotas trīs teorijas: vizuālās komunikācijas teorija, ekoloģiskās valences teorija, krāsas un emocijas. Metodoloģijā izmantotas trīs metodes: aptauja, kontentanalīze un eksperiments. Apkopojot rezultātus redzams, ka vecuma atšķir…

Emocijas emotionsVecumgrupas age groupsKomunikācijas zinātneKrāsas colorsObjekti objectsKrāsu izvēles color preferences
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The Visual Experience of Triumphant Church. The Mosaic of S. Maria in Trastevere

2021

Rome; Christian art; Medieval; Mosaic; Iconography. Epigraphy; Liturgy; Art theory; Colors; Church Reform; 11th century[SHS.ARCHEO] Humanities and Social Sciences/Archaeology and PrehistoryIconography. EpigraphyColorsChurch ReformRomeChristian artSettore L-ART/01 - Storia dell'Arte Medievale11th centuryMosaicMedievalArt theoryLiturgy
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