SCIENCE AND TECHNOLOGY OF COLOR (Q3140202): Difference between revisions
Jump to navigation
Jump to search
(Created claim: summary (P836): WE PROPOSE TO CONTINUE THE RESEARCH ON COLORIMETRIA THAT HAS BEEN FUNDED IN CALLS ANALOGOUS TO THE CURRENT ONE DURING THE LAST 9 YEARS: PROJECTS FIS2004-05537, FIS2007-64266 AND FIS2010-19839, ALL WITH THE SAME IP. WE PROPOSE TO CONTINUE RESEARCH ON AREAS WHERE WE HAVE ALREADY ACHIEVED RELEVANT RESULTS AND TO ADDRESS NEW PROBLEMS AROUND 6 FIELDS OF COLOR SCIENCE: 1. SPACES OF COLOR. 2. FORMULAS OF COLOR DIFFERENCE AND WHITENESS. 3. APPEARANCE OF...) |
(Changed label, description and/or aliases in en: translated_label) |
||
| label / en | label / en | ||
SCIENCE AND TECHNOLOGY OF COLOR | |||
Revision as of 13:08, 12 October 2021
Project Q3140202 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | SCIENCE AND TECHNOLOGY OF COLOR |
Project Q3140202 in Spain |
Statements
53,240.0 Euro
0 references
66,550.0 Euro
0 references
80.0 percent
0 references
1 January 2014
0 references
31 December 2017
0 references
UNIVERSIDAD DE GRANADA
0 references
37°10'24.60"N, 3°35'58.31"W
0 references
18087
0 references
PROPONEMOS CONTINUAR LA INVESTIGACION SOBRE COLORIMETRIA QUE SE HA VENIDO FINANCIANDO EN CONVOCATORIAS ANALOGAS A LA ACTUAL DURANTE LOS ULTIMOS 9 AÑOS: PROYECTOS FIS2004-05537, FIS2007-64266 Y FIS2010-19839, TODOS ELLOS CON EL MISMO IP. PROPONEMOS SEGUIR INVESTIGANDO SOBRE ASPECTOS EN LOS QUE YA HEMOS CONSEGUIDO RESULTADOS RELEVANTES Y ABORDAR NUEVOS PROBLEMAS EN TORNO A 6 CAMPOS DE LA CIENCIA DEL COLOR: 1. ESPACIOS DE COLOR. 2. FORMULAS DE DIFERENCIA DE COLOR Y BLANCURA. 3. APARIENCIA DE MATERIALES GONIOCROMATICOS. 4. COLOR DE FUENTES DE LUZ. 5. COLOR DE SUELOS. 6. COLOR DE ACEITES DE OLIVA. MAS CONCRETAMENTE, ABORDAREMOS LAS SIGUIENTES TAREAS EN CADA UNO DE ESTOS 6 CAMPOS: 1.1: CALCULO DE TABLAS DE PESOS PARA LA OBTENCION DE VALORES TRIESTIMULO. 1.2: UNA SOLUCION OPTIMA A LOS PROBLEMAS "PURPLE" Y "YELOW-BLUE" DE CIECAM02. 1.3: OBTENCION DE LINEAS DE CROMA/SATURACION CONSTANTES. 1.4: ESPACIOS DE COLOR UNIFORMES EN LA FUTURA PUBLICACION CIE 15 "COLORIMETRY" (4ª EDICION). 2.1: USO DEL INDICE STRESS PARA EVALUAR EL MERITO DE FORMULAS DE DIFERENCIAS DE COLOR. 2.2: IDONEIDAD DEL INDICE STRESS PARA LA MEDIDA DE LA BLANCURA. 2.3: PREDICCION DE DIFERENCIAS DE COLOR CON MAGNITUDES EN UN RANGO AMPLIO. 2.4: MEDIDA Y PREDICCION DE DIFERENCIAS DE COLOR DE TAMAÑO UMBRAL. 2.5: CONDICIONES EXPERIMENTALES Y METODOS PSICOFISICOS EN LA EVALUACION VISUAL DE DIFERENCIAS DE COLOR. 3.1: ESTUDIO DEL FLOP EN CLARIDAD EN LA FORMULA DE DIFERENCIA DE COLOR AUDI2000. 3.2: APARIENCIA VISUAL TOTAL DE MATERIALES GONIOCROMATICOS USADOS EN LA INDUSTRIA DEL AUTOMOVIL. 4.1: ESTUDIO DEL RENDIMIENTO DE COLOR DE FUENTES DE LUZ MEDIANTE EL SISTEMA OSA-UCS. 4.2: DIFERENCIAS DE COLOR EN NIVEL MESOPICO A PARTIR DEL TEST "FARNSWORTH-MUNSELL 100-HUE". 4.3: CONVERSION ENTRE PARAMETROS LOVIBOND Y APARIENCIA DE COLOR ESTANDARIZADA. 5.1: DETERMINACION DE COLOR DE SUELOS CON TELEFONOS MOVILES BAJO ILUMINACION NO CONTROLADA. 5.2: PROPUESTA DE UNA FORMULA DE DIFERENCIA DE COLOR PARA SUELOS BASADA EN EL SISTEMA MUNSELL. 6.1: CONVERSION ENTRE COORDENADAS MUOCS Y ESPECIFICACIONES DE COLOR CIE. 6.2: RESPUESTAS EMOCIONALES AL COLOR DE ACEITES DE OLIVA ADITIVADOS CON COLORANTES NATURALES. EN TOTAL SE PROPONEN 18 TAREAS U OBJETIVOS (TANTAS COMO MIEMBROS DEL EQUIPO INVESTIGADOR Y DE TRABAJO JUNTOS), CON LAS QUE INTENTAREMOS LOGRAR UN MINIMO DE 15 ARTICULOS EN REVISTAS CON INDICE DE IMPACTO (UNA MEDIA DE 5 ARTICULOS POR AÑO), 2 PUBLICACIONES DE LA COMISION INTERNACIONAL DE ILUMINACION (CIE), Y COMENZAR PROYECTOS MAS AMBICIOSOS CON EL SOPORTE DE 2 IMPORTANTES EMPRESAS INTERNACIONALES (SE INCLUYEN CARTAS DE APOYO). TAMBIEN DESEAMOS PODER MANTENER NUESTRA PARTICIPACION ACTUAL EN LOS PRINCIPALES ORGANISMOS CIENTIFICOS INTERNACIONALES INTERESADOS EN LA CIENCIA DEL COLOR: VARIOS COMITES TECNICOS DE LA CIE, REPRESENTACION DE ESPAÑA ANTE LA DIVISION 1 (VISION Y COLOR) DE LA CIE Y GRUPO DE ESTUDIO "COLOUR VISION AND PSYCHOPHYSICS" DE LA ASOCIACION INTERNACIONAL DEL COLOR (AIC). ESTE PROYECTO, EN EL QUE PARTICIPAMOS 9 INVESTIGADORES DE 3 UNIVERSIDADES ESPAÑOLAS, TIENE UN CARACTER MARCADAMENTE INTERNACIONAL, COMO MUESTRA EL HECHO DE QUE EN EL HAYAN ACEPTADO PARTICIPAR TAMBIEN 9 PRESTIGIOSOS INVESTIGADORES EXTRANJEROS DE 7 PAISES, QUE CONTRIBUIRAN EN TAREAS/OBJETIVOS ESPECIFICOS. CON CADA UNO DE ESTOS INVESTIGADORES EXTRANJEROS HEMOS REALIZADO YA ALGUNA COLABORACION PREVIA (PUBLICACION CONJUNTA DE AL MENOS 1 ARTICULO IMPACTADO, O PARTICIPACION EN ALGUN PROYECTO DE INVESTIGACION). (Spanish)
0 references
WE PROPOSE TO CONTINUE THE RESEARCH ON COLORIMETRIA THAT HAS BEEN FUNDED IN CALLS ANALOGOUS TO THE CURRENT ONE DURING THE LAST 9 YEARS: PROJECTS FIS2004-05537, FIS2007-64266 AND FIS2010-19839, ALL WITH THE SAME IP. WE PROPOSE TO CONTINUE RESEARCH ON AREAS WHERE WE HAVE ALREADY ACHIEVED RELEVANT RESULTS AND TO ADDRESS NEW PROBLEMS AROUND 6 FIELDS OF COLOR SCIENCE: 1. SPACES OF COLOR. 2. FORMULAS OF COLOR DIFFERENCE AND WHITENESS. 3. APPEARANCE OF GONIOCROMATIC MATERIALS. 4. COLOR OF LIGHT SOURCES. 5. FLOOR COLOR. 6. COLOUR OF OLIVE OILS. MORE SPECIFICALLY, WE WILL ADDRESS THE FOLLOWING TASKS IN EACH OF THESE 6 FIELDS: 1.1: CALCULATION OF TABLES OF WEIGHTS FOR OBTAINING VALUES TRIESTIMULO. 1.2: AN OPTIMA SOLUTION TO CIECAM02'S “PURPLE” AND “YELOW-BLUE” PROBLEMS. 1.3: OBTAINING CONSTANT CHROMA/SATURATION LINES. 1.4: UNIFORM COLOR SPACES IN THE FUTURE CIE 15 PUBLICATION “COLORIMETRY” (4TH EDITION). 2.1: USE OF THE STRESS INDEX TO EVALUATE THE MERIT OF FORMULAS OF COLOR DIFFERENCES. 2.2: SUITABILITY OF THE STRESS INDEX FOR WHITENESS MEASUREMENT. 2.3: PREDICTION OF COLOR DIFFERENCES WITH MAGNITUDES IN A WIDE RANGE. 2.4: MEASUREMENT AND PREDICTION OF THRESHOLD SIZE COLOR DIFFERENCES. 2.5: EXPERIMENTAL CONDITIONS AND PSYCHOPHYSICAL METHODS IN VISUAL EVALUATION OF COLOR DIFFERENCES. 3.1: STUDY OF FLOP IN CLARITY IN THE AUDI2000 COLOR DIFFERENCE FORMULA. 3.2: TOTAL VISUAL APPEARANCE OF GONIOCROMATICS MATERIALS USED IN THE AUTOMOTIVE INDUSTRY. 4.1: STUDY OF COLOR PERFORMANCE OF LIGHT SOURCES USING THE OSA-UCS SYSTEM. 4.2: COLOR DIFFERENCES IN MESOPIC LEVEL FROM THE “FARNSWORTH-MUNSELL 100-HUE” TEST. 4.3: CONVERSION BETWEEN LOVIBOND PARAMETERS AND STANDARDISED COLOR APPEARANCE. 5.1: COLOR DETERMINATION OF FLOORS WITH MOBILE PHONES UNDER UNCONTROLLED LIGHTING. 5.2: PROPOSAL OF A COLOR DIFFERENCE FORMULA FOR SOILS BASED ON THE MUNSELL SYSTEM. 6.1: CONVERSION BETWEEN MUOCS COORDINATES AND CIE COLOR SPECIFICATIONS. 6.2: EMOTIONAL RESPONSES TO THE COLOR OF OLIVE OILS ADDITIVES WITH NATURAL DYES. IN TOTAL, 18 TASKS OR OBJECTIVES ARE PROPOSED (AS WELL AS MEMBERS OF THE RESEARCH AND WORKING TEAM TOGETHER), WITH WHICH WE WILL TRY TO ACHIEVE A MINIMUM OF 15 ARTICLES IN JOURNALS WITH IMPACT INDEX (AN AVERAGE OF 5 ARTICLES PER YEAR), 2 PUBLICATIONS OF THE INTERNATIONAL ILLUMINATION COMMISSION (CIE), AND START MORE AMBITIOUS PROJECTS WITH THE SUPPORT OF 2 MAJOR INTERNATIONAL COMPANIES (INCLUDING LETTERS OF SUPPORT). WE ALSO WISH TO BE ABLE TO MAINTAIN OUR CURRENT PARTICIPATION IN THE MAIN INTERNATIONAL SCIENTIFIC ORGANISATIONS INTERESTED IN THE SCIENCE OF COLOR: SEVERAL TECHNICAL COMMITTEES OF THE CIE, REPRESENTATION OF SPAIN TO DIVISION 1 (VISION AND COLOR) OF THE ICN AND STUDY GROUP “COLOUR VISION AND PSYCHOPHYSICS” OF THE INTERNATIONAL COLOUR ASSOCIATION (AIC). THIS PROJECT, IN WHICH 9 RESEARCHERS FROM 3 SPANISH UNIVERSITIES PARTICIPATED, HAS A MARKEDLY INTERNATIONAL CHARACTER, AS SHOWN BY THE FACT THAT 9 PRESTIGIOUS FOREIGN RESEARCHERS FROM 7 COUNTRIES HAVE ALSO AGREED TO PARTICIPATE, CONTRIBUTING TO SPECIFIC TASKS/OBJECTIVES. WITH EACH OF THESE FOREIGN RESEARCHERS WE HAVE ALREADY MADE SOME PRIOR COLLABORATION (JOINT PUBLICATION OF AT LEAST 1 IMPACTED ARTICLE, OR PARTICIPATION IN SOME RESEARCH PROJECT). (English)
12 October 2021
0 references
Granada
0 references
Identifiers
FIS2013-40661-P
0 references