Q3192796 (Q3192796): Difference between revisions
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(Created claim: summary (P836): LEARNING IS ONE OF THE COGNITIVE ACTS PAR EXCELLENCE AND A PARADIGM IN MANY AREAS OF INFORMATION PROCESSING. IN PARTICULAR, DOES MACINE LEARNING PLAY A PREDOMINANT ROLE IN OUR LIVES BY ENCOMPASSING PROCESSES SUCH AS TEXT AND VOICE RECOGNITION OR BIG DATA OPTIMISATION MECHANISMS. THE REVOLUTION IMPOSED BY QUANTUM PHYSICS IN THE DESCRIPTION OF PHYSICAL PROCESSES MAY ALSO EXTEND TO THE CONCEPT OF LEARNING AND OPEN NEW PATHS FOR THE ACQUISITION OF K...) |
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LEARNING IS ONE OF THE COGNITIVE ACTS PAR EXCELLENCE AND A PARADIGM IN MANY AREAS OF INFORMATION PROCESSING. IN PARTICULAR, DOES MACINE LEARNING PLAY A PREDOMINANT ROLE IN OUR LIVES BY ENCOMPASSING PROCESSES SUCH AS TEXT AND VOICE RECOGNITION OR BIG DATA OPTIMISATION MECHANISMS. THE REVOLUTION IMPOSED BY QUANTUM PHYSICS IN THE DESCRIPTION OF PHYSICAL PROCESSES MAY ALSO EXTEND TO THE CONCEPT OF LEARNING AND OPEN NEW PATHS FOR THE ACQUISITION OF KNOWLEDGE IN A MUCH MORE EFFECTIVE WAY. SIMILAR TO WHAT HAPPENED WITH QUANTIC ALGORITHMS, WHICH HAVE RADICALLY MODIFIED THE COMPUTATIONAL COMPLEXITY OF CERTAIN TASKS, A DEEP COMPRESSION OF QUANTUM LEARNING IN ITS BROADEST AND MOST COMPLETE SENSE IS TO BE EXPECTED TO ALSO MEAN A NEW MILESTONE IN COGNITIVE SCIENCES. OUR PROJECT AIMS TO ESTABLISH THE FIRST CONCEPTS, METHODS AND BASIC TOOLS TO ESTABLISH THE THEORY OF QUANTUM LEARNING. In PARTICULAR, Our OBJECTIVES SON:_x000D_ A.1. Develop QUANTICO_x000D__x000D_ BASIC PROCESSES A.2 INVENT QUANTIC APRENDISING PROTOCOLS FOR CONCRETS_x000D_ A.3 EXPLORE QUANTIC APRENDISING PROTOCOLS IN SYSTEMS WITH AGENT DIVERSES_x000D_ _x000D_ _x000D_ we will need to find out more that you are needed to modify the apprehending model. THE BORDER SEPARATING A QUANTUM RESOURCE/EFFECT FROM A CLASSIC RESOURCE/EFFECT HAS ALWAYS BEEN IN THE FOCUS OF RESEARCH FROM THE DAWN OF QUANTUM PHYSICS. Initially, Physicians are interested in the process of decoherence, taking into account the understanding of the conclusions of the RUIDO _x000D_ in the COLAPSE OF THE FUNCION OF ONDA. WITH THE EMERGENCE OF QUANTUM INFORMATION, THE FOCUS HAS CHANGED DRAMATICALLY. INTERLOCKING WAS INITIALLY IDENTIFIED AS THE BASIC RESOURCE FOR QUANTUM TECHNOLOGIES. HOWEVER, IT HAS RECENTLY BEEN ESTABLISHED THAT IT IS NOT THE ONLY ONE AND THAT A BROADER CONCEPT CALLED GENERICALLY NON-CLASSICITY OF STATES MUST BE CONSIDERED. OUR RESEARCH ON THIS TOPIC COMPRISES SEVERAL FRONTS RANGING FROM THE CONCEPTUAL DEVELOPMENT OF A QUANTUM RESOURCE THEORY, INCLUDING OPERATIONS AND MEASURES AS WELL AS ITS IMPLICATIONS FOR QUANTUM LEARNING. Therefore, we intend to search for the non-classicity of quantum STATES IN CONTEXT NEXT:_x000D_ B.1 QUANTIC RECOVERY TEORIES_x000D_ B.2 Quantum RESOURCES FOR METROLOGY AND STIMATION. (English) | |||||||||||||||
| Property / summary: LEARNING IS ONE OF THE COGNITIVE ACTS PAR EXCELLENCE AND A PARADIGM IN MANY AREAS OF INFORMATION PROCESSING. IN PARTICULAR, DOES MACINE LEARNING PLAY A PREDOMINANT ROLE IN OUR LIVES BY ENCOMPASSING PROCESSES SUCH AS TEXT AND VOICE RECOGNITION OR BIG DATA OPTIMISATION MECHANISMS. THE REVOLUTION IMPOSED BY QUANTUM PHYSICS IN THE DESCRIPTION OF PHYSICAL PROCESSES MAY ALSO EXTEND TO THE CONCEPT OF LEARNING AND OPEN NEW PATHS FOR THE ACQUISITION OF KNOWLEDGE IN A MUCH MORE EFFECTIVE WAY. SIMILAR TO WHAT HAPPENED WITH QUANTIC ALGORITHMS, WHICH HAVE RADICALLY MODIFIED THE COMPUTATIONAL COMPLEXITY OF CERTAIN TASKS, A DEEP COMPRESSION OF QUANTUM LEARNING IN ITS BROADEST AND MOST COMPLETE SENSE IS TO BE EXPECTED TO ALSO MEAN A NEW MILESTONE IN COGNITIVE SCIENCES. OUR PROJECT AIMS TO ESTABLISH THE FIRST CONCEPTS, METHODS AND BASIC TOOLS TO ESTABLISH THE THEORY OF QUANTUM LEARNING. In PARTICULAR, Our OBJECTIVES SON:_x000D_ A.1. Develop QUANTICO_x000D__x000D_ BASIC PROCESSES A.2 INVENT QUANTIC APRENDISING PROTOCOLS FOR CONCRETS_x000D_ A.3 EXPLORE QUANTIC APRENDISING PROTOCOLS IN SYSTEMS WITH AGENT DIVERSES_x000D_ _x000D_ _x000D_ we will need to find out more that you are needed to modify the apprehending model. THE BORDER SEPARATING A QUANTUM RESOURCE/EFFECT FROM A CLASSIC RESOURCE/EFFECT HAS ALWAYS BEEN IN THE FOCUS OF RESEARCH FROM THE DAWN OF QUANTUM PHYSICS. Initially, Physicians are interested in the process of decoherence, taking into account the understanding of the conclusions of the RUIDO _x000D_ in the COLAPSE OF THE FUNCION OF ONDA. WITH THE EMERGENCE OF QUANTUM INFORMATION, THE FOCUS HAS CHANGED DRAMATICALLY. INTERLOCKING WAS INITIALLY IDENTIFIED AS THE BASIC RESOURCE FOR QUANTUM TECHNOLOGIES. HOWEVER, IT HAS RECENTLY BEEN ESTABLISHED THAT IT IS NOT THE ONLY ONE AND THAT A BROADER CONCEPT CALLED GENERICALLY NON-CLASSICITY OF STATES MUST BE CONSIDERED. OUR RESEARCH ON THIS TOPIC COMPRISES SEVERAL FRONTS RANGING FROM THE CONCEPTUAL DEVELOPMENT OF A QUANTUM RESOURCE THEORY, INCLUDING OPERATIONS AND MEASURES AS WELL AS ITS IMPLICATIONS FOR QUANTUM LEARNING. Therefore, we intend to search for the non-classicity of quantum STATES IN CONTEXT NEXT:_x000D_ B.1 QUANTIC RECOVERY TEORIES_x000D_ B.2 Quantum RESOURCES FOR METROLOGY AND STIMATION. (English) / rank | |||||||||||||||
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| Property / summary: LEARNING IS ONE OF THE COGNITIVE ACTS PAR EXCELLENCE AND A PARADIGM IN MANY AREAS OF INFORMATION PROCESSING. IN PARTICULAR, DOES MACINE LEARNING PLAY A PREDOMINANT ROLE IN OUR LIVES BY ENCOMPASSING PROCESSES SUCH AS TEXT AND VOICE RECOGNITION OR BIG DATA OPTIMISATION MECHANISMS. THE REVOLUTION IMPOSED BY QUANTUM PHYSICS IN THE DESCRIPTION OF PHYSICAL PROCESSES MAY ALSO EXTEND TO THE CONCEPT OF LEARNING AND OPEN NEW PATHS FOR THE ACQUISITION OF KNOWLEDGE IN A MUCH MORE EFFECTIVE WAY. SIMILAR TO WHAT HAPPENED WITH QUANTIC ALGORITHMS, WHICH HAVE RADICALLY MODIFIED THE COMPUTATIONAL COMPLEXITY OF CERTAIN TASKS, A DEEP COMPRESSION OF QUANTUM LEARNING IN ITS BROADEST AND MOST COMPLETE SENSE IS TO BE EXPECTED TO ALSO MEAN A NEW MILESTONE IN COGNITIVE SCIENCES. OUR PROJECT AIMS TO ESTABLISH THE FIRST CONCEPTS, METHODS AND BASIC TOOLS TO ESTABLISH THE THEORY OF QUANTUM LEARNING. In PARTICULAR, Our OBJECTIVES SON:_x000D_ A.1. Develop QUANTICO_x000D__x000D_ BASIC PROCESSES A.2 INVENT QUANTIC APRENDISING PROTOCOLS FOR CONCRETS_x000D_ A.3 EXPLORE QUANTIC APRENDISING PROTOCOLS IN SYSTEMS WITH AGENT DIVERSES_x000D_ _x000D_ _x000D_ we will need to find out more that you are needed to modify the apprehending model. THE BORDER SEPARATING A QUANTUM RESOURCE/EFFECT FROM A CLASSIC RESOURCE/EFFECT HAS ALWAYS BEEN IN THE FOCUS OF RESEARCH FROM THE DAWN OF QUANTUM PHYSICS. Initially, Physicians are interested in the process of decoherence, taking into account the understanding of the conclusions of the RUIDO _x000D_ in the COLAPSE OF THE FUNCION OF ONDA. WITH THE EMERGENCE OF QUANTUM INFORMATION, THE FOCUS HAS CHANGED DRAMATICALLY. INTERLOCKING WAS INITIALLY IDENTIFIED AS THE BASIC RESOURCE FOR QUANTUM TECHNOLOGIES. HOWEVER, IT HAS RECENTLY BEEN ESTABLISHED THAT IT IS NOT THE ONLY ONE AND THAT A BROADER CONCEPT CALLED GENERICALLY NON-CLASSICITY OF STATES MUST BE CONSIDERED. OUR RESEARCH ON THIS TOPIC COMPRISES SEVERAL FRONTS RANGING FROM THE CONCEPTUAL DEVELOPMENT OF A QUANTUM RESOURCE THEORY, INCLUDING OPERATIONS AND MEASURES AS WELL AS ITS IMPLICATIONS FOR QUANTUM LEARNING. Therefore, we intend to search for the non-classicity of quantum STATES IN CONTEXT NEXT:_x000D_ B.1 QUANTIC RECOVERY TEORIES_x000D_ B.2 Quantum RESOURCES FOR METROLOGY AND STIMATION. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 21:39, 12 October 2021
Project Q3192796 in Spain
| Language | Label | Description | Also known as |
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| English | No label defined |
Project Q3192796 in Spain |
Statements
92,565.0 Euro
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185,130.0 Euro
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50.0 percent
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30 December 2016
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31 December 2020
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UNIVERSIDAD AUTONOMA DE BARCELONA
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41°29'27.71"N, 2°8'15.00"E
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08266
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EL APRENDIZAJE ES UNO DE LOS ACTOS COGNITIVOS POR EXCELENCIA Y UN PARADIGMA EN MUCHAS AREAS DE PROCESADO DE INFORMACION. EN PARTICULAR, ¿MACHINE LEARNING¿ (APRENDIZAJE AUTOMATICO) JUEGA UN PAPEL PREDOMINANTE EN NUESTRAS VIDAS ABARCANDO PROCESOS TALES COMO EL RECONOCIMIENTO DE TEXTO Y VOZ O LOS MECANISMOS DE OPTIMIZACION DE GRANDES CANTIDADES DE DATOS (BIG DATA). LA REVOLUCION IMPUESTA POR LA FISICA CUANTICA EN LA DESCRIPCION DE LOS PROCESOS FISICOS PUEDA QUIZA EXTENDERSE TAMBIEN AL CONCEPTO DE APRENDIZAJE Y ABRIR NUEVOS CAMINOS PARA LA ADQUISICION DE CONOCIMIENTO DE UNA MANERA MUCHO MAS EFICAZ. DE MANERA SIMILAR A LO OCURRIDO CON LOS ALGORITMOS CUANTICOS, QUE HAN MODIFICADO RADICALMENTE LA COMPLEJIDAD COMPUTACIONAL DE CIERTAS TAREAS, UNA COMPRESION PROFUNDA DEL APRENDIZAJE CUANTICO EN SU SENTIDO MAS AMPLIO Y COMPLETO ES DE ESPERAR QUE TAMBIEN SIGNIFIQUE UN NUEVO HITO EN LAS CIENCIAS COGNITIVAS. NUESTRO PROYECTO ASPIRA A ESTABLECER LOS PRIMEROS CONCEPTOS, METODOS Y HERRAMIENTAS BASICAS PARA ESTABLECER LA TEORIA DEL APRENDIZAJE CUANTICO. EN PARTICULAR, NUESTROS OBJECTIVOS SON:_x000D_ A.1. DESARROLLAR LOS CONCEPTOS BASICOS DEL APREDIZAJE CUANTICO_x000D_ A.2 INVENTAR ALGORITMOS DE APRENDIZAJE CUANTICO PARA TAREAS CONCRETAS_x000D_ A.3 EXPLORAR PROTOCOLOS DE APRENDIZAJE CUANTICO EN SISTEMAS CON DIVERSOS AGENTES_x000D_ _x000D_ DE MANERA SIMULTANEA NECESITAREMOS INVESTIGAR MAS PROFUNDAMENTE QUE RECURSOS SON NECESARIOS PARA MODIFICAR EL MODELO DE APRENDIZAJE. LA FRONTERA QUE SEPARA UN RECURSO/EFECTO CUANTICO DE UN RECURSO/EFECTO CLASICO HA ESTADO SIEMPRE EN EL PUNTO DE MIRA DE LA INVESTIGACION DESDE LOS ALBORES DE LA FISICA CUANTICA. INICIALMENTE, LOS FISICOS ESTABAN INTERESADOS EN EL PROCESO DE DECOHERENCIA, INTENTANDO ENTENDER LAS CONSECUENCIAS DEL RUIDO _x000D_ EN EL COLAPSO DE LA FUNCION DE ONDA. CON LA IRRUPCION DE LA INFORMACION CUANTICA, EL ENFOQUE HA CAMBIADO DRASTICAMENTE. INICIALMENTE SE IDENTIFICO AL ENTRELAZAMIENTO COMO EL RECURSO BASICO PARA LA TECNOLOGIAS CUANTICAS. SIN EMBARGO, RECIENTEMENTE SE HA ESTABLECIDO QUE NO ES EL UNICO Y QUE HAY QUE CONSIDERAR UN CONCEPTO MAS AMPLIO DENOMINADO GENERICAMENTE NO-CLASICALIDAD DE LOS ESTADOS. NUESTRA INVESTIGACION EN ESTE TEMA COMPRENDE VARIOS FRENTES QUE ABARCAN DESDE EL DESARROLLO CONCEPTUAL DE UNA TEORIA CUANTICA DE RECURSOS, INCLUYENDO OPERACIONES Y MEDIDAS ASI COMO SUS IMPLICACIONES EN EL APRENDIZAJE CUANTICO. POR LO TANTO PROPONEMOS INVESTIGAR LA NO CLASICALIDAD DE LOS ESTADOS CUANTICOS EN LOS SIGUIENTES CONTEXTOS:_x000D_ B.1 TEORIAS DE RECURSOS CUANTICOS_x000D_ B.2 RECURSOS CUANTICOS PARA METROLOGIA Y ESTIMACION. (Spanish)
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LEARNING IS ONE OF THE COGNITIVE ACTS PAR EXCELLENCE AND A PARADIGM IN MANY AREAS OF INFORMATION PROCESSING. IN PARTICULAR, DOES MACINE LEARNING PLAY A PREDOMINANT ROLE IN OUR LIVES BY ENCOMPASSING PROCESSES SUCH AS TEXT AND VOICE RECOGNITION OR BIG DATA OPTIMISATION MECHANISMS. THE REVOLUTION IMPOSED BY QUANTUM PHYSICS IN THE DESCRIPTION OF PHYSICAL PROCESSES MAY ALSO EXTEND TO THE CONCEPT OF LEARNING AND OPEN NEW PATHS FOR THE ACQUISITION OF KNOWLEDGE IN A MUCH MORE EFFECTIVE WAY. SIMILAR TO WHAT HAPPENED WITH QUANTIC ALGORITHMS, WHICH HAVE RADICALLY MODIFIED THE COMPUTATIONAL COMPLEXITY OF CERTAIN TASKS, A DEEP COMPRESSION OF QUANTUM LEARNING IN ITS BROADEST AND MOST COMPLETE SENSE IS TO BE EXPECTED TO ALSO MEAN A NEW MILESTONE IN COGNITIVE SCIENCES. OUR PROJECT AIMS TO ESTABLISH THE FIRST CONCEPTS, METHODS AND BASIC TOOLS TO ESTABLISH THE THEORY OF QUANTUM LEARNING. In PARTICULAR, Our OBJECTIVES SON:_x000D_ A.1. Develop QUANTICO_x000D__x000D_ BASIC PROCESSES A.2 INVENT QUANTIC APRENDISING PROTOCOLS FOR CONCRETS_x000D_ A.3 EXPLORE QUANTIC APRENDISING PROTOCOLS IN SYSTEMS WITH AGENT DIVERSES_x000D_ _x000D_ _x000D_ we will need to find out more that you are needed to modify the apprehending model. THE BORDER SEPARATING A QUANTUM RESOURCE/EFFECT FROM A CLASSIC RESOURCE/EFFECT HAS ALWAYS BEEN IN THE FOCUS OF RESEARCH FROM THE DAWN OF QUANTUM PHYSICS. Initially, Physicians are interested in the process of decoherence, taking into account the understanding of the conclusions of the RUIDO _x000D_ in the COLAPSE OF THE FUNCION OF ONDA. WITH THE EMERGENCE OF QUANTUM INFORMATION, THE FOCUS HAS CHANGED DRAMATICALLY. INTERLOCKING WAS INITIALLY IDENTIFIED AS THE BASIC RESOURCE FOR QUANTUM TECHNOLOGIES. HOWEVER, IT HAS RECENTLY BEEN ESTABLISHED THAT IT IS NOT THE ONLY ONE AND THAT A BROADER CONCEPT CALLED GENERICALLY NON-CLASSICITY OF STATES MUST BE CONSIDERED. OUR RESEARCH ON THIS TOPIC COMPRISES SEVERAL FRONTS RANGING FROM THE CONCEPTUAL DEVELOPMENT OF A QUANTUM RESOURCE THEORY, INCLUDING OPERATIONS AND MEASURES AS WELL AS ITS IMPLICATIONS FOR QUANTUM LEARNING. Therefore, we intend to search for the non-classicity of quantum STATES IN CONTEXT NEXT:_x000D_ B.1 QUANTIC RECOVERY TEORIES_x000D_ B.2 Quantum RESOURCES FOR METROLOGY AND STIMATION. (English)
12 October 2021
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Cerdanyola del Vallès
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Identifiers
FIS2016-80681-P
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