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(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): The present draft is part of the environment of the competition of high prices (CAP), of the new ARCHITECTURES that are used in supercomputers as well as in mobile devices (SMARTPHONES, TABLETS, ETC.) and how to exploit them from the point of view of programmability and energy efficiency._x000D__x000D_ _x000D_ THE ARCHITECTURES OF COMPUTER MODERNS IS AGAINST COMPLETIONS CONFORMATIONS YOUR DESIGNERS GET TO RESTRUCTIONS FOR THE TECHNOLOGY OF ELECT...) |
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The present draft is part of the environment of the competition of high prices (CAP), of the new ARCHITECTURES that are used in supercomputers as well as in mobile devices (SMARTPHONES, TABLETS, ETC.) and how to exploit them from the point of view of programmability and energy efficiency._x000D__x000D_ _x000D_ THE ARCHITECTURES OF COMPUTER MODERNS IS AGAINST COMPLETIONS CONFORMATIONS YOUR DESIGNERS GET TO RESTRUCTIONS FOR THE TECHNOLOGY OF ELECTRONIC DISPOSITIVES. THE HETEROGENOUS SCALABLE PLATFORMS THAT HAVE BEEN MADE POSSIBLE THANKS TO THE COMBINATION OF MULTI-LOOP ARCHITECTURES AND HARDWARE ACCELERATORS (P.EJ. GPUS) ARE CLEARLY POSITIONED AS FUTURE ALTERNATIVES. HOWEVER, THIS TREND IN ARCHITECTURE SCALABILITY OCCURS AT THE PRICE OF PORTABILITY, PRODUCTIVITY AND ENERGY CONSUMPTION. MAKING EFFICIENT USE OF THIS TYPE OF PLATFORM INVOLVES THE USE OF DIFFERENT PROGRAMMING MODELS (E.G. MPI, OPENMP, OPENACC, SYCL, OPENCL, CUDA, RENDERSCRIPT, ETC.), ASSUMING THAT THE TOOLS AVAILABLE TO ANALYSE ENERGY CONSUMED BY CRITICAL APPLICATIONS ARE STILL PRIMITIVE, OBSERVING A REMARKABLE ABSENCE OF STANDARDS. AT THE MOMENT, THE COMMUNITY CAP IS REFORMULATING THE DESIGN OF THE JOINT PROGRAMMING MODEL IN THE HOPE OF SOLVING THIS CHALLENGE. At the same time, the FABRICANT PROPOSES OF COMPUTATORS REPORT THE HARDWARE OF THE DISPOSITION TO FACILITATE ANALISIS AND MONITORISATION OF CONSUMED ENERGY._x000D_ _x000D_ _x000D_ IN THIS PROJECT we intend to embed PROBLEMS present in this new ESCENARY. WE WILL ANALYSE THE NEW SPECIFICATIONS AND STANDARDS THAT ENTER THE SCENE AND THAT WOULD POTENTIALLY ALLEVIATE THE PROBLEM OF PROGRAMMABILITY AND PORTABILITY OF THE CODE GENERATED. WE WILL STUDY THE PROBLEMS ARISING FROM ENERGY CONSUMPTION AND THE ABSENCE OF TOOLS AND STANDARDS FOR THEIR ANALYSIS. We will focus on the following GENERAL OBJECTIVES:_x000D_ _x000D_ A) DEVELOPMENT OF PROPOSES AND PROGRAMME MODELS that facilitate programmability in heterogeneous environments AND APPLICATION TO APPLICATIONS OF SCIENTIFIC INTEREST OR PRODUCT SECTOR._x000D_ _x000D_ B) ANALISIS, design and CONSTRUCTION OF TOOLS that permit the use of HETEROGENEAL SYSTEMS._x000D_ _x000D__x000D__x000D_ heterogeneous SYSTEMS Combining Multi-Nucleus Processors With Some GPU TYPE, WHAT THE PRODUCTS ASSOCIATE TO Programmability, Portability and Energy Consumption are Shared. HOWEVER, THE SET OF RESTRICTIONS INHERENT IN MOBILE DEVICES MEAN THAT THE SOLUTIONS FOUND CANNOT BE DIRECTLY MOVED FROM A SUPERCOMPUTER TO A MOBILE DEVICE. WE INTEND TO ADDRESS BOTH TYPES OF CONTEXTS, WHICH IMPLIES THE SEARCH AND EXPERIMENTATION OF SOLUTIONS FOR A BROAD SET OF CHALLENGES THAT, TO DATE, HAVE NOT BEEN SATISFACTORILY RESOLVED. (English) | |||||||||||||||
| Property / summary: The present draft is part of the environment of the competition of high prices (CAP), of the new ARCHITECTURES that are used in supercomputers as well as in mobile devices (SMARTPHONES, TABLETS, ETC.) and how to exploit them from the point of view of programmability and energy efficiency._x000D__x000D_ _x000D_ THE ARCHITECTURES OF COMPUTER MODERNS IS AGAINST COMPLETIONS CONFORMATIONS YOUR DESIGNERS GET TO RESTRUCTIONS FOR THE TECHNOLOGY OF ELECTRONIC DISPOSITIVES. THE HETEROGENOUS SCALABLE PLATFORMS THAT HAVE BEEN MADE POSSIBLE THANKS TO THE COMBINATION OF MULTI-LOOP ARCHITECTURES AND HARDWARE ACCELERATORS (P.EJ. GPUS) ARE CLEARLY POSITIONED AS FUTURE ALTERNATIVES. HOWEVER, THIS TREND IN ARCHITECTURE SCALABILITY OCCURS AT THE PRICE OF PORTABILITY, PRODUCTIVITY AND ENERGY CONSUMPTION. MAKING EFFICIENT USE OF THIS TYPE OF PLATFORM INVOLVES THE USE OF DIFFERENT PROGRAMMING MODELS (E.G. MPI, OPENMP, OPENACC, SYCL, OPENCL, CUDA, RENDERSCRIPT, ETC.), ASSUMING THAT THE TOOLS AVAILABLE TO ANALYSE ENERGY CONSUMED BY CRITICAL APPLICATIONS ARE STILL PRIMITIVE, OBSERVING A REMARKABLE ABSENCE OF STANDARDS. AT THE MOMENT, THE COMMUNITY CAP IS REFORMULATING THE DESIGN OF THE JOINT PROGRAMMING MODEL IN THE HOPE OF SOLVING THIS CHALLENGE. At the same time, the FABRICANT PROPOSES OF COMPUTATORS REPORT THE HARDWARE OF THE DISPOSITION TO FACILITATE ANALISIS AND MONITORISATION OF CONSUMED ENERGY._x000D_ _x000D_ _x000D_ IN THIS PROJECT we intend to embed PROBLEMS present in this new ESCENARY. WE WILL ANALYSE THE NEW SPECIFICATIONS AND STANDARDS THAT ENTER THE SCENE AND THAT WOULD POTENTIALLY ALLEVIATE THE PROBLEM OF PROGRAMMABILITY AND PORTABILITY OF THE CODE GENERATED. WE WILL STUDY THE PROBLEMS ARISING FROM ENERGY CONSUMPTION AND THE ABSENCE OF TOOLS AND STANDARDS FOR THEIR ANALYSIS. We will focus on the following GENERAL OBJECTIVES:_x000D_ _x000D_ A) DEVELOPMENT OF PROPOSES AND PROGRAMME MODELS that facilitate programmability in heterogeneous environments AND APPLICATION TO APPLICATIONS OF SCIENTIFIC INTEREST OR PRODUCT SECTOR._x000D_ _x000D_ B) ANALISIS, design and CONSTRUCTION OF TOOLS that permit the use of HETEROGENEAL SYSTEMS._x000D_ _x000D__x000D__x000D_ heterogeneous SYSTEMS Combining Multi-Nucleus Processors With Some GPU TYPE, WHAT THE PRODUCTS ASSOCIATE TO Programmability, Portability and Energy Consumption are Shared. HOWEVER, THE SET OF RESTRICTIONS INHERENT IN MOBILE DEVICES MEAN THAT THE SOLUTIONS FOUND CANNOT BE DIRECTLY MOVED FROM A SUPERCOMPUTER TO A MOBILE DEVICE. WE INTEND TO ADDRESS BOTH TYPES OF CONTEXTS, WHICH IMPLIES THE SEARCH AND EXPERIMENTATION OF SOLUTIONS FOR A BROAD SET OF CHALLENGES THAT, TO DATE, HAVE NOT BEEN SATISFACTORILY RESOLVED. (English) / rank | |||||||||||||||
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| Property / summary: The present draft is part of the environment of the competition of high prices (CAP), of the new ARCHITECTURES that are used in supercomputers as well as in mobile devices (SMARTPHONES, TABLETS, ETC.) and how to exploit them from the point of view of programmability and energy efficiency._x000D__x000D_ _x000D_ THE ARCHITECTURES OF COMPUTER MODERNS IS AGAINST COMPLETIONS CONFORMATIONS YOUR DESIGNERS GET TO RESTRUCTIONS FOR THE TECHNOLOGY OF ELECTRONIC DISPOSITIVES. THE HETEROGENOUS SCALABLE PLATFORMS THAT HAVE BEEN MADE POSSIBLE THANKS TO THE COMBINATION OF MULTI-LOOP ARCHITECTURES AND HARDWARE ACCELERATORS (P.EJ. GPUS) ARE CLEARLY POSITIONED AS FUTURE ALTERNATIVES. HOWEVER, THIS TREND IN ARCHITECTURE SCALABILITY OCCURS AT THE PRICE OF PORTABILITY, PRODUCTIVITY AND ENERGY CONSUMPTION. MAKING EFFICIENT USE OF THIS TYPE OF PLATFORM INVOLVES THE USE OF DIFFERENT PROGRAMMING MODELS (E.G. MPI, OPENMP, OPENACC, SYCL, OPENCL, CUDA, RENDERSCRIPT, ETC.), ASSUMING THAT THE TOOLS AVAILABLE TO ANALYSE ENERGY CONSUMED BY CRITICAL APPLICATIONS ARE STILL PRIMITIVE, OBSERVING A REMARKABLE ABSENCE OF STANDARDS. AT THE MOMENT, THE COMMUNITY CAP IS REFORMULATING THE DESIGN OF THE JOINT PROGRAMMING MODEL IN THE HOPE OF SOLVING THIS CHALLENGE. At the same time, the FABRICANT PROPOSES OF COMPUTATORS REPORT THE HARDWARE OF THE DISPOSITION TO FACILITATE ANALISIS AND MONITORISATION OF CONSUMED ENERGY._x000D_ _x000D_ _x000D_ IN THIS PROJECT we intend to embed PROBLEMS present in this new ESCENARY. WE WILL ANALYSE THE NEW SPECIFICATIONS AND STANDARDS THAT ENTER THE SCENE AND THAT WOULD POTENTIALLY ALLEVIATE THE PROBLEM OF PROGRAMMABILITY AND PORTABILITY OF THE CODE GENERATED. WE WILL STUDY THE PROBLEMS ARISING FROM ENERGY CONSUMPTION AND THE ABSENCE OF TOOLS AND STANDARDS FOR THEIR ANALYSIS. We will focus on the following GENERAL OBJECTIVES:_x000D_ _x000D_ A) DEVELOPMENT OF PROPOSES AND PROGRAMME MODELS that facilitate programmability in heterogeneous environments AND APPLICATION TO APPLICATIONS OF SCIENTIFIC INTEREST OR PRODUCT SECTOR._x000D_ _x000D_ B) ANALISIS, design and CONSTRUCTION OF TOOLS that permit the use of HETEROGENEAL SYSTEMS._x000D_ _x000D__x000D__x000D_ heterogeneous SYSTEMS Combining Multi-Nucleus Processors With Some GPU TYPE, WHAT THE PRODUCTS ASSOCIATE TO Programmability, Portability and Energy Consumption are Shared. HOWEVER, THE SET OF RESTRICTIONS INHERENT IN MOBILE DEVICES MEAN THAT THE SOLUTIONS FOUND CANNOT BE DIRECTLY MOVED FROM A SUPERCOMPUTER TO A MOBILE DEVICE. WE INTEND TO ADDRESS BOTH TYPES OF CONTEXTS, WHICH IMPLIES THE SEARCH AND EXPERIMENTATION OF SOLUTIONS FOR A BROAD SET OF CHALLENGES THAT, TO DATE, HAVE NOT BEEN SATISFACTORILY RESOLVED. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 13:14, 12 October 2021
Project Q3136043 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3136043 in Spain |
Statements
61,092.9 Euro
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71,874.0 Euro
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85.0 percent
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30 December 2016
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29 December 2020
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UNIVERSIDAD DE LA LAGUNA
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28°29'8.77"N, 16°18'57.38"W
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38023
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EL PRESENTE PROYECTO SE ENMARCA EN EL AMBITO DE LA COMPUTACION DE ALTAS PRESTACIONES (CAP), DE LAS NUEVAS ARQUITECTURAS QUE SE UTILIZAN TANTO EN SUPERCOMPUTADORES COMO EN DISPOSITIVOS MOVILES (SMARTPHONES, TABLETS, ETC.) Y DE COMO EXPLOTARLAS DESDE EL PUNTO VISTA DE LA PROGRAMABILIDAD Y DE LA EFICIENCIA ENERGETICA._x000D_ _x000D_ LAS ARQUITECTURAS DE LOS MODERNOS COMPUTADORES SE VUELVEN MAS COMPLEJAS CONFORME SUS DISEÑADORES DAN RESPUESTA A RESTRICCIONES IMPUESTAS POR LA TECNOLOGIA DE DISPOSITIVOS ELECTRONICOS. LAS PLATAFORMAS ESCALABLES HETEROGENEAS QUE HAN SIDO POSIBLES GRACIAS A LA COMBINACION DE ARQUITECTURAS MULTINUCLEO Y ACELERADORES HARDWARE (P.EJ. GPUS) SE POSICIONAN CLARAMENTE COMO ALTERNATIVAS DE FUTURO. NO OBSTANTE, ESTA TENDENCIA EN LA ESCALABILIDAD DE LA ARQUITECTURA SE PRODUCE AL PRECIO DE LA PORTABILIDAD, LA PRODUCTIVIDAD Y EL CONSUMO DE ENERGIA. HACER UN USO EFICIENTE DE ESTE TIPO DE PLATAFORMAS IMPLICA EL USO DE DIFERENTES MODELOS DE PROGRAMACION (P. EJ. MPI, OPENMP, OPENACC, SYCL, OPENCL, CUDA, RENDERSCRIPT, ETC.), ASUMIENDO ADEMAS QUE LAS HERRAMIENTAS DISPONIBLES PARA ANALIZAR LA ENERGIA CONSUMIDA POR APLICACIONES CRITICAS SON AUN PRIMITIVAS, OBSERVANDOSE UNA NOTABLE AUSENCIA DE ESTANDARES. EN ESTOS MOMENTOS, LA COMUNIDAD CAP ESTA REFORMULANDO EL DISEÑO DEL MODELO CONJUNTO DE PROGRAMACION CON LA ESPERANZA DE SOLVENTAR ESTE DESAFIO. SIMULTANEAMENTE, LOS PROPIOS FABRICANTES DE COMPUTADORES APORTARIAN ELEMENTOS AL HARDWARE DEL DISPOSITIVO PARA FACILITAR EL ANALISIS Y LA MONITORIZACION DE LA ENERGIA CONSUMIDA._x000D_ _x000D_ _x000D_ EN ESTE PROYECTO PRETENDEMOS ABORDAR PROBLEMAS PRESENTES EN ESTE NUEVO ESCENARIO. ANALIZAREMOS LAS NUEVAS ESPECIFICACIONES Y ESTANDARES QUE ENTRAN EN ESCENA Y QUE POTENCIALMENTE PERMITIRIAN ALIVIAR EL PROBLEMA DE LA PROGRAMABILIDAD Y LA PORTABILIDAD DEL CODIGO GENERADO. ESTUDIAREMOS LOS PROBLEMAS DERIVADOS DEL CONSUMO ENERGETICO Y DE LA AUSENCIA DE HERRAMIENTAS Y ESTANDARES PARA SU ANALISIS. NOS CENTRAREMOS EN LOS SIGUIENTES OBJETIVOS GENERALES:_x000D_ _x000D_ A) DESARROLLO DE PROPUESTAS Y MODELOS DE PROGRAMACION QUE FACILITEN LA PROGRAMABILIDAD EN ENTORNOS HETEROGENEOS Y SU APLICACION A APLICACIONES DE INTERES CIENTIFICO O DEL SECTOR PRODUCTIVO._x000D_ _x000D_ B) ANALISIS, DISEÑO Y CONSTRUCCION DE HERRAMIENTAS QUE PERMITAN ESTUDIAR, MONITORIZAR Y CONSTRUIR MODELOS ANALITICOS DEL CONSUMO DE ENERGIA DE APLICACIONES QUE HACEN USO DE SISTEMAS HETEROGENEOS._x000D_ _x000D_ CONCEPTUALMENTE LOS DISPOSITIVOS MOVILES DISPONEN DE UNA ARQUITECTURA DE CARACTERISTICAS SIMILARES A LA DE UN SUPERCOMPUTADOR, SISTEMAS HETEROGENEOS QUE COMBINAN PROCESADORES MULTINUCLEO CON ALGUN TIPO DE GPU, POR LO QUE LAS PROBLEMATICAS ASOCIADAS A LA PROGRAMABILIDAD, PORTABILIDAD Y CONSUMO DE ENERGIA SE COMPARTEN. NO OBSTANTE, EL CONJUNTO DE RESTRICCIONES INHERENTES A LOS DISPOSITIVOS MOVILES HACEN QUE LAS SOLUCIONES ENCONTRADAS NO PUEDAN SER DIRECTAMENTE TRASLADADAS DESDE UN SUPERCOMPUTADOR A UN DISPOSITIVO MOVIL. PRETENDEMOS ABORDAR AMBOS TIPOS DE CONTEXTOS, LO QUE IMPLICA LA BUSQUEDA Y EXPERIMENTACION DE SOLUCIONES PARA UN CONJUNTO AMPLIO DE RETOS QUE, HASTA LA FECHA, NO HAN SIDO RESUELTOS SATISFACTORIAMENTE. (Spanish)
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The present draft is part of the environment of the competition of high prices (CAP), of the new ARCHITECTURES that are used in supercomputers as well as in mobile devices (SMARTPHONES, TABLETS, ETC.) and how to exploit them from the point of view of programmability and energy efficiency._x000D__x000D_ _x000D_ THE ARCHITECTURES OF COMPUTER MODERNS IS AGAINST COMPLETIONS CONFORMATIONS YOUR DESIGNERS GET TO RESTRUCTIONS FOR THE TECHNOLOGY OF ELECTRONIC DISPOSITIVES. THE HETEROGENOUS SCALABLE PLATFORMS THAT HAVE BEEN MADE POSSIBLE THANKS TO THE COMBINATION OF MULTI-LOOP ARCHITECTURES AND HARDWARE ACCELERATORS (P.EJ. GPUS) ARE CLEARLY POSITIONED AS FUTURE ALTERNATIVES. HOWEVER, THIS TREND IN ARCHITECTURE SCALABILITY OCCURS AT THE PRICE OF PORTABILITY, PRODUCTIVITY AND ENERGY CONSUMPTION. MAKING EFFICIENT USE OF THIS TYPE OF PLATFORM INVOLVES THE USE OF DIFFERENT PROGRAMMING MODELS (E.G. MPI, OPENMP, OPENACC, SYCL, OPENCL, CUDA, RENDERSCRIPT, ETC.), ASSUMING THAT THE TOOLS AVAILABLE TO ANALYSE ENERGY CONSUMED BY CRITICAL APPLICATIONS ARE STILL PRIMITIVE, OBSERVING A REMARKABLE ABSENCE OF STANDARDS. AT THE MOMENT, THE COMMUNITY CAP IS REFORMULATING THE DESIGN OF THE JOINT PROGRAMMING MODEL IN THE HOPE OF SOLVING THIS CHALLENGE. At the same time, the FABRICANT PROPOSES OF COMPUTATORS REPORT THE HARDWARE OF THE DISPOSITION TO FACILITATE ANALISIS AND MONITORISATION OF CONSUMED ENERGY._x000D_ _x000D_ _x000D_ IN THIS PROJECT we intend to embed PROBLEMS present in this new ESCENARY. WE WILL ANALYSE THE NEW SPECIFICATIONS AND STANDARDS THAT ENTER THE SCENE AND THAT WOULD POTENTIALLY ALLEVIATE THE PROBLEM OF PROGRAMMABILITY AND PORTABILITY OF THE CODE GENERATED. WE WILL STUDY THE PROBLEMS ARISING FROM ENERGY CONSUMPTION AND THE ABSENCE OF TOOLS AND STANDARDS FOR THEIR ANALYSIS. We will focus on the following GENERAL OBJECTIVES:_x000D_ _x000D_ A) DEVELOPMENT OF PROPOSES AND PROGRAMME MODELS that facilitate programmability in heterogeneous environments AND APPLICATION TO APPLICATIONS OF SCIENTIFIC INTEREST OR PRODUCT SECTOR._x000D_ _x000D_ B) ANALISIS, design and CONSTRUCTION OF TOOLS that permit the use of HETEROGENEAL SYSTEMS._x000D_ _x000D__x000D__x000D_ heterogeneous SYSTEMS Combining Multi-Nucleus Processors With Some GPU TYPE, WHAT THE PRODUCTS ASSOCIATE TO Programmability, Portability and Energy Consumption are Shared. HOWEVER, THE SET OF RESTRICTIONS INHERENT IN MOBILE DEVICES MEAN THAT THE SOLUTIONS FOUND CANNOT BE DIRECTLY MOVED FROM A SUPERCOMPUTER TO A MOBILE DEVICE. WE INTEND TO ADDRESS BOTH TYPES OF CONTEXTS, WHICH IMPLIES THE SEARCH AND EXPERIMENTATION OF SOLUTIONS FOR A BROAD SET OF CHALLENGES THAT, TO DATE, HAVE NOT BEEN SATISFACTORILY RESOLVED. (English)
12 October 2021
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San Cristóbal de La Laguna
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Identifiers
TIN2016-78919-R
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