ALGORITMICAS TECHNICALS FOR HIGH PERFORMANCE COMPUTATION CONSCIOUS OF ENERGY CONSUMPTION AND RESISTANT TO ERRORS (Q3154062): Difference between revisions
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| Property / EU contribution: 108,900.0 Euro / rank | |||||||||||||||
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| Property / coordinate location: 39°59'39.52"N, 0°4'17.04"W / rank | |||||||||||||||
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12071 | |||||||||||||||
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| Property / contained in NUTS: Castellón / rank | |||||||||||||||
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39°59'39.52"N, 0°4'17.04"W
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217,800.0 Euro
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| Property / budget: 217,800.0 Euro / rank | |||||||||||||||
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118,592.1 Euro
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54.45 percent
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| Property / co-financing rate: 54.45 percent / rank | |||||||||||||||
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20 December 2023
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Revision as of 16:46, 20 December 2023
Project Q3154062 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | ALGORITMICAS TECHNICALS FOR HIGH PERFORMANCE COMPUTATION CONSCIOUS OF ENERGY CONSUMPTION AND RESISTANT TO ERRORS |
Project Q3154062 in Spain |
Statements
118,592.1 Euro
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217,800.0 Euro
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54.45 percent
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1 January 2018
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30 September 2021
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UNIVERSIDAD JAUME I
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12071
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EL CRECIMIENTO DEL NUMERO DE TRANSISTORES EN LOS CIRCUITOS INTEGRADOS EN COMBINACION CON EL FIN DE LA LEY DE ESCALADO DE LA POTENCIA DE DENNARD, HA POSICIONADO AL CONSUMO DE ENERGIA COMO EL PRINCIPAL FACTOR QUE LIMITA EL RENDIMIENTO DE LOS SISTEMAS DE COMPUTO ACTUALES, PROMOVIENDO EL USO GENERALIZADO DE COMPUTADORES HETEROGENEOS._x000D_ _x000D_ EN ESTAS CONDICIONES, EL PROYECTO TACCERE TIENE COMO OBJETIVO GENERAL CONTRIBUIR AL DISEÑO Y DESARROLLO DE TECNICAS ALGORITMICAS, HERRAMIENTAS E INTERFACES DE PROGRAMACION, NUCLEOS COMPUTACIONALES, BIBLIOTECAS DE ALGORITMOS Y ENTORNOS DE EJECUCION, PARA REDUCIR EL CONSUMO ENERGETICO, AUMENTAR LA FIABILIDAD Y EL RENDIMIENTO, Y MEJORAR LA PRODUCTIVIDAD DE DESARROLLO PARA APLICACIONES QUE OPERAN SOBRE GRANDES VOLUMENES DE DATOS Y QUE EXHIBEN UN PARALELISMO IRREGULAR. ADEMAS, COMO SISTEMA DE DESARROLLO SE ESCOGEN LAS ARQUITECTURAS PARALELAS HETEROGENEAS, DEBIDO A SU VENTAJA ENERGETICA, Y UN MODELO DE PROGRAMACION PARALELA HIBRIDO DE TIPO MPI+X, DONDE X PUEDE SUSTITUIRSE POR ALGUNO DE LOS ESTANDARES DE PROGRAMACION MULTIHEBRA COMO OPENMP, OPENACC, OPENCL, CUDA, ETC. _x000D_ _x000D_ EL LOGRO DE LOS OBJETIVOS DEL PROYECTO REQUERIRA UNA INTENSA INVESTIGACION EN TEMAS DE EQUILIBRADO DE CONSUMO-ERRORES-TOLERANCIA A FALLOS, MALEABILIDAD DE RECURSOS COMPUTACIONALES, INTEROPERABILIDAD DE MODELOS DE PROGRAMACION, TECNICAS DE COMPUTACION APROXIMADA Y ALGORITMOS DE REDUCCION DE LAS COMUNICACIONES, ENTRE OTROS. COMO CONTRIBUCION ADICIONAL, EL PROYECTO PROPORCIONARA SOLUCIONES A 3 APLICACIONES INTERDISCIPLINARES, EN COLABORACION CON GRUPOS DE INVESTIGACION QUE DESARROLLAN SU TRABAJO EN MECANICA CUANTICA, BIOLOGIA COMPUTACIONAL Y PROCESAMIENTO DE SEÑAL. (Spanish)
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THE INCREASE OF THE NUMBER OF TRANSISTORS IN INTEGRATED CIRCUITS COMBINED WITH THE END OF DENNARD'S SCALING HAS POSITIONED ENERGY CONSUMPTION AS THE PRIMARY FACTOR THAT CONSTRAINS THE PERFORMANCE OF CURRENT COMPUTER SYSTEMS, PROMOTING THE USE OF HETEROGENEOUS COMPUTERS._x000D_ _x000D_ IN THIS SCENARIO, THE PROJECT TACCERE WILL CONTRIBUTE, AS A GENERAL OBJECTIVE, TO THE DESIGN AND DEVELOPMENT OF ALGORITHMIC TECHNIQUES, PROGRAMMING INTERFACES AND TOOLS, COMPUTATIONAL KERNELS, LIBRARIES OF ALGORITHMS AND RUNTIME FRAMEWORKS, THAT REDUCE ENERGY CONSUMPTION, INCREASE RESILIENCE TO ERRORS, AND IMPROVE PRODUCTIVITY IN THE DEVELOPMENT OF APPLICATIONS THAT DEAL WITH VAST AMOUNTS OF DATA AND EXHIBIT IRREGULAR PARALLEL PATTERNS. AS A GENERIC COMPUTER TARGET, THE PROJECT WILL CONSIDER AN HETEROGENEOUS PARALLEL ARCHITECTURE, DUE TO THE ENERGY EFFICIENCY ADVANTAGE OF THIS TYPE OF SYSTEMS, TOGETHER WITH A HYBRID MPI+X PROGRAMMING MODEL, WHERE X CAN BE REPLACED BY ANY OF THE CURRENT MULTI-THREADED PROGRAMMING LANGUAGES SUCH AS OPENMP, OPENACC, OPENCL, CUDA, ETC. _x000D_ _x000D_ ACHIEVING THE GOALS OF THE PROJECT WILL REQUIRE AN INTENSIVE RESEARCH ACTIVITY IN TOPICS SUCH AS BALANCING ENERGY CONSUMPTION-ERRORS-FAULT TOLERANCE, MALLEABILITY OF COMPUTATIONAL RESOURCES, INTEROPERABILITY OF PROGRAMMING MODELS, APPROXIMATE COMPUTING TECHNIQUES, AND COMMUNICATION-AVOIDING ALGORITHMS, AMONG OTHERS. AS AN ADDITIONAL CONTRIBUTION, THE PROJECT WILL PROVIDE SOLUTIONS TO THREE INTERDISCIPLINARY APPLICATIONS, IN COLLABORATION WITH RESEARCH GROUPS THAT CONDUCT THEIR INVESTIGATION IN QUANTUM MECHANICS, COMPUTATIONAL BIOLOGY AND SIGNAL PROCESSING. (English)
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La croissance du NUMÉRO DES TRANSISTEURS EN CIRCUITS INTEGRATION EN COMBINATION AVEC LE FIN DE LA Loi STALATE du potentiel de Dennard, a positionné la CONSUMPTION ÉNERGIE comme la principale FACTORE qui réduit la remise des SYSTÈMES DE COMPUTES ACTUELLES, en PROMOUVANT L’UTILISATION GÉNÉRALE DES COMPUTATEURS HETEROGENÉAUX._x000D_ _x000D_ le PROJET TACCERE DOIVENT UNE CONTRIBUTION OBJECTIVE GÉNÉRALE À LA DESIGNE ET AU DÉVELOPPEMENT des techniques, outils et programmes ALGORITMIQUES INTERFACES, nucléos COMPUTATIONNELS, BIBLIOTECES D’ALORITMES ET D’ENTERNEMENTS EXECUTIONS, À REDUCTION LA CONSOMMATION ÉNERGÉTIQUE, renforcer la fiabilité et l’échéance, et améliorer la PRODUCTIVITÉ DE DÉVELOPPEMENT POUR LES APPLICATIONS QUE LES OPÉRATIONS SUR de grands volumes de données et d’EXHIBITION POUR LE Parallélisme IRREGULAIRE. En outre, en tant que système de développement, les ARCHITECTURES parallèles hétérogènes, dues à votre SYSTÈME ENERGETIQUE, et un modèle de MPI+X HIBRIED PROGRAMME PROGRAMME FOR MPI+X, WHERE X peut être remplacé par certaines des normes de production multi-Hebra comme OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ LA LOGIE DES OBJECTIFS PROJECTÉS nécessitera une INVESTIGATION INTENSE EN CONSUMPTION-errores-TOLERANCE TOALLOS Équilibrer TEMS, malléabilité des RESSOURCES COMPUTATIONNELLES, INTEROPERABILITÉ DES MODELS PROGRAMME, COMPUTATION ADPROXIMÉE TECHNIQUE ET ALGORIÈME DES REDUCTIONS COMMUNICATIONS, ENTRE AUTRES. À TITRE DE CONTRIBUTION SUPPLÉMENTAIRE, LE PROJET FOURNIRA DES SOLUTIONS À TROIS APPLICATIONS INTERDISCIPLINAIRES, EN COLLABORATION AVEC DES GROUPES DE RECHERCHE QUI DÉVELOPPENT LEURS TRAVAUX EN MÉCANIQUE QUANTIQUE, EN BIOLOGIE COMPUTATIONNELLE ET EN TRAITEMENT DES SIGNAUX. (French)
4 December 2021
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Das Wachstum der NUMERO DER TRANSISTOREN IN CIRCUITS INTEGRATION IN KOMBINATION mit dem FIN DES STALATE-Gesetzes des Dennard-Potenzials hat die ENERGIE-CONSUMPTION als primärer FACTOR positioniert, der die Übergabe der ACTUAL COMPUTE-Systeme reduziert, indem sie die ENERALISIERTE VEREINIGUNG DER HETEROGENEALEN COMPUTATORS._x000D_ _x000D_ IN THESE CONDITIONS, das TACCERE PROJEKT MIT GENERAL OBJECTIVE CONTRIBUTION FÜR DEN BESCHLUSS UND VERWENDUNG ALGORITMISCHEr technischer, Werkzeuge und PROGRAMM INTERFACES, COMPUTATIONAL Nukleos, BIBLIOTECS OF ALGORITMES UND EXECUTION ENTERNMENTS, zur Wiederverfügung der ENERGETISCHEn UMSEN, Fiability and RENDENDMENT und IMPROVE THE DEVELOPMENT PRODUKTIVITÄT FÜR ANWENDUNGEN, die sich auf große Mengen von DATEN- und EXHIBITION FÜR IRREGULAR Parallelismus beziehen. Zusätzlich kann als Entwicklungssystem die heterogenen parallelen ARCHITECTURES durch Ihr ENERGETICAL SYSTEM und ein Modell des MPI+X HIBRIED PROGRAMME PROGRAMME FÜR MPI+X ersetzt werden, WHERE X kann durch einige der Multi-Hebra-Produktionsstandards als OpenMP, OpenACC, OpenCL, CUDA ersetzt werden. ETC. _x000D_ _x000D_ Die LOGIE DER PROJEKTIVEN erfordert eine INTENSE INVESTIGATION IN CONSUMPTION-Fehler-TOLERANCE TOALLOS Äquilibrieren TEMS, Verformbarkeit der COMPUTATIONALEN RESOURCES, INTEROPERABILITY OF PROGRAMM MODELS, ADPROXIMATED COMPUTATION TECHNICAL UND ALGORITMTS OF COMMUNICATION REDUCTIONS, BETWEEN OTHER. ALS ZUSÄTZLICHER BEITRAG WIRD DAS PROJEKT LÖSUNGEN FÜR 3 INTERDISZIPLINÄRE ANWENDUNGEN BIETEN, IN ZUSAMMENARBEIT MIT FORSCHUNGSGRUPPEN, DIE IHRE ARBEIT IN QUANTENMECHANIK, RECHENBIOLOGIE UND SIGNALVERARBEITUNG ENTWICKELN. (German)
9 December 2021
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De groei van de NUMERO VAN TRANSISTORS IN CIRCUITS INTEGRATIE IN COMBINATION MET DE FIN VAN DE STALATE Wet van Dennard’s Potentiële, heeft de ENERGIE CONSUMPTIE geplaatst als de primaire FACTOR die de overgave van de ACTUAL COMPUTE SYSTEMS vermindert, door het GENERALISED GEBRUIK VAN HETEROGENEAL COMPUTATORS._x000D_ _x000D_ IN THESE CONDITIONS, het TACCERE-PROJECT MOET ALS ALGORITMISCHE technische hulpmiddelen, gereedschappen en PROGRAMMA’s INTERFACES, COMPUTATIONALE kernen, BIBLIOTECS VAN ALGORITMES EN EXECUTIEDIENSTEN AAN DE ENERGISCHE CONSUMPTIE, fiability EN VERWIJDERING VAN DE ONTWIKKELINGSPRODUCTIE VOOR TOEPASSINGEN DAT OVEREENSTEMMING VAN GROTE GROTE GEGEVENS EN EXHIBITIE VOOR IRREGULAR Parallelisme. Bovendien, als ontwikkelingssysteem, de heterogene parallelle ARCHITECTURES, door uw ENERGETICAL SYSTEM, en een model van MPI+X HIBRIED PROGRAMME PROGRAMMA VOOR MPI+X, WHERE X kan worden vervangen door een aantal van de multi-Hebra productie normen als OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ DE LOGY OF PROJECTIVES zal een INTENSE INVESTIGATIE IN CONSUMPTION-errores-TOLERANCE TOALLOS equilibrate TEMS, kneedbaarheid van COMPUTATIONAL RESOURCES, INTEROPERABILITEIT VAN PROGRAMMA-MODELS, ADPROXIMATED COMPUTATION TECHNICAL EN ALGORITMTS VAN COMMUNICATIE REDUCTIES, BETWEEN ANDERE. ALS EXTRA BIJDRAGE ZAL HET PROJECT OPLOSSINGEN BIEDEN VOOR 3 INTERDISCIPLINAIRE TOEPASSINGEN, IN SAMENWERKING MET ONDERZOEKSGROEPEN DIE HUN WERK IN KWANTUMMECHANICA, COMPUTATIONELE BIOLOGIE EN SIGNAALVERWERKING ONTWIKKELEN. (Dutch)
17 December 2021
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La crescita del NUMERO DI TRANSISTORS IN CIRCUITI INTEGRATION IN COMBINAZIONE CON LA FINA DELLA Legge STALATA del Potenziale di Dennard, ha collocato il CONSUMO ENERGIA come il FACTOR primario che riduce la resa dei SISTEMI COMPUTATI ACTUALI, Promuovendo L'USO GENERALIZZATO DEI COMPUTATORS HETEROGENEAL._x000D_ _x000D_ NELLE CONDIZIONI GENERALI, il PROGETTO TACCERE DEVE COME CONTRIBUTO OBIETTIVO GENERALE ALLA DESIGN E SVILUPPO DI ALGORITMIC tecnici, strumenti e INTERFACES PROGRAMME, nucleos COMPUTATIONAL, BIBLIOTECS OF ALGORITMES AND EXECUTION ENTERNMENTS, REDUCTION THE ENERGETIC CONSUMPTION, INCREA la fisionomia E RENDENDMENTO, E IMPRIRE LA PRODOTTIVITÀ DI SVILUPPO PER APPLICAZIONE CHE OPERAZIONI SU GRANDI volumi di DATI ed Esibizione per il Parallelismo IRREGOLARE. Inoltre, come sistema di sviluppo, le ARCHITECTURE parallele eterogenee, dovute al vostro SISTEMA ENERGETICO, e un modello di MPI+X PROGRAMMA DI PROGRAMMA HIBRIED PER MPI+X, DOVE X possono essere sostituiti da alcuni degli standard di produzione multi-Ebra come OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ La LOGIA DEGLI OBIETTIVI PROGETTIVI richiederà un INVIESTIGAZIONE IN CONSUMPAZIONE-errores-TOLERANCE TOALLOS equilibrate TEMS, malleabilità delle risorse economiche, INTEROPERABILITÀ dei MODELLI PROGRAMMI, TECNICA DI COMPUTAZIONE ADPROXIMATED E ALGORITM DI REDUCTIONS COMUNICATION, BETWEEN OTHER. COME ULTERIORE CONTRIBUTO, IL PROGETTO FORNIRÀ SOLUZIONI A 3 APPLICAZIONI INTERDISCIPLINARI, IN COLLABORAZIONE CON GRUPPI DI RICERCA CHE SVILUPPANO IL LORO LAVORO IN MECCANICA QUANTISTICA, BIOLOGIA COMPUTAZIONALE E ELABORAZIONE DEI SEGNALI. (Italian)
16 January 2022
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Το ΑΣΦΑΛΕΙΟ ΤΩΝ ΑΡΙΘΜΩΝ ΜΕΤΑΒΙΒΑΤΩΝ ΣΤΙΣ ΕΝΙΣΧΥΜΕΝΕΣ ΚΙΝΗΣΕΙΣ ΠΟΥ ΣΥΝΕΡΓΑΖΟΝΤΑΙ ΜΕ ΤΗΝ ΕΝΕΡΓΕΙΑΚΗ ΚΑΤΑΝΑΛΩΣΗ ΤΩΝ ΔΕΝΝΑΡΧΩΝ ΩΣ ΙΔΙΩΤΙΚΟΣ ΔΡΑΣΤΗΡΙΟΤΗΤΕΣ ΤΩΝ ΚΑΤΑΝΑΛΩΤΙΚΩΝ ΣΥΣΤΗΜΑΤΩΝ ΣΥΝΕΡΓΑΤΩΝ, ΠΡΟΓΡΑΜΜΑ ΤΗΣ ΧΡΗΣΗΣ των ΥΔΡΟΓΕΝΙΚΩΝ ΣΥΝΕΡΓΑΤΩΝ._x000D_ _x000D_ ΣΤΟ ΣΕΝΑΡΙΟ, το ΕΡΓΟ θα ΕΛΕΓΧΕΙ, ΩΣ ΓΕΝΙΚΟΣ ΣΤΟΧΟΣ, ΣΤΟ ΣΧΕΔΙΟ ΚΑΙ ΑΝΑΠΤΥΞΗ ΤΩΝ ΑΛΓΟΡΙΘΜΙΚΩΝ ΤΕΧΝΙΚΩΝ, ΠΡΟΓΡΑΜΜΑ ΣΥΜΒΑΣΕΩΝ και ΕΡΓΑΛΕΙΩΝ, ΣΥΜΠΛΗΡΩΜΑΤΙΚΕΣ ΚΕΡΝΕΣ, ΛΙΜΠΡΑΡΙΕΣ ΑΛΓΟΡΙΘΜΩΝ και ΑΝΘΡΩΠΙΝΩΝ ΠΛΑΙΣΙΩΝ, ΟΠΟΙΕΣ ΑΝΑΠΤΥΞΗΣ ΕΝΕΡΓΕΙΑΚΗΣ ΑΝΑΠΤΥΞΗΣ, ΑΝΑΠΤΥΞΗΣ ΑΝΤΙΠΡΟΣΩΠΩΝ ΣΕ ΕΡΓΑ, ΚΑΙ ΒΕΛΤΙΩΣΗΣ ΠΑΡΑΛΛΗΛΩΝ ΠΑΤΡΩΝ. Ως GENERIC COMPUTER TARGET, το ΕΡΓΟ θα ΑΠΟΤΕΛΕΣΕΙ ΤΟ ΕΝΕΡΓΕΙΟ ΠΑΡΑΛΛΗΛΙΚΟ ΑΡΧΗΤΗΤΟ, ΑΝΤΙΚΕΙΜΕΝΟ ΤΗΣ ΕΝΕΡΓΕΙΑΣ ΕΦΑΡΜΟΓΗΣ ΤΟΥ ΤΥΠΟΥ ΣΥΣΤΗΜΑΤΩΝ, με HYBRID MPI+X PROGRAMMING MODEL, όταν το X μπορεί να αντιμετωπισθεί από οποιοδήποτε από τα CURRENT MULTI-THREADED PROGRAMMING LANGUAGES SUCH AS OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ _x000D_ ACHIEVING THE GOALS OF THE PROJECT THE PROJECT ΘΑ ΑΠΑΙΤΟΥΝ ΕΝΙΣΧΥΤΙΚΗ ΔΡΑΣΤΗΡΙΟΤΙΚΗ ΔΡΑΣΤΗΡΙΟΤΗΤΕΣ ΣΕ ΤΟΠΟΘΕΤΗΣΗ ΤΗΣ ΕΝΕΡΓΕΙΑΣ ΚΑΤΑΝΑΛΩΣΗΣ ΕΝΕΡΓΕΙΑΣ-ΕΡΓΟΥ-ΦΥΛΑΔΑΣ, ΥΛΟΤΗΤΑ ΣΥΝΟΠΤΙΚΩΝ ΠΟΡΩΝ, ΔΙΑΠΡΑΓΜΑΤΕΥΣΗ ΤΩΝ ΠΡΟΓΡΑΜΜΑΤΩΝ, ΕΓΚΡΙΣΗ ΤΕΧΝΙΚΩΝ ΤΕΧΝΟΛΟΓΙΩΝ και ΚΟΙΝΟΤΗΤΑ-ΑΚΥΡΩΣΗ ΑΛΓΟΡΙΘΩΝ, AMONG OTHERS. ΕΠΙΠΛΈΟΝ, ΤΟ ΈΡΓΟ ΘΑ ΠΡΟΣΦΈΡΕΙ ΛΎΣΕΙΣ ΣΕ ΤΡΕΙΣ ΔΙΕΠΙΣΤΗΜΟΝΙΚΈΣ ΕΦΑΡΜΟΓΈΣ, ΣΕ ΣΥΝΕΡΓΑΣΊΑ ΜΕ ΕΡΕΥΝΗΤΙΚΈΣ ΟΜΆΔΕΣ ΠΟΥ ΔΙΕΞΆΓΟΥΝ ΤΗΝ ΈΡΕΥΝΆ ΤΟΥΣ ΣΤΗΝ ΚΒΑΝΤΙΚΉ ΜΗΧΑΝΙΚΉ, ΤΗΝ ΥΠΟΛΟΓΙΣΤΙΚΉ ΒΙΟΛΟΓΊΑ ΚΑΙ ΤΗΝ ΕΠΕΞΕΡΓΑΣΊΑ ΣΉΜΑΤΟΣ. (Greek)
17 August 2022
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Oplysninger om antallet af TRANSISTORER, der er INDTRÆNGENDE INDTRÆNGENDE MED HENSTILLINGEN af Dennard's SCALING, har været i stand til at indgå aftaler med tredjemand, som TAGER I BETRAGTNING, at anvendelsen af HETEROGENEOUS COMPUTERS._x000D_ _x000D_ I DENNE SCENARIO, PROJEKTET VIL KONTRIBUTE, SOM GENNERALOPÆISKE FÆLLESSKABER OG UDVIKLING af ALGORITHMIK TEKHNIQUEr, PROGRAMMING INTERFACES OG TOOLS, konkurrencemæssige KERNELER, LIBRARIER af ALGORITHTHERNE og RUNTIME FRAMEWORKS, DEN REDUCE ENERGI CONSUMPTION, INCREASE RESILIENCE TIL ERRORS, OG FORSKYTTELSESBESKYTTELSE I UDVIKLING AF OPLYSNINGER, der er DATA- og EXHIBIT IRREGULAR PATTERNS UDVIKLINGER. Som TAGER I BETRAGTNING, at PROJEKTEN vil bestå af en HETEROGENEOUS PARALLEL ARCHITECTURE, DUER TIL ENERGIEN EFFICIENCY ADVANTAGE AF SYSTEMER, TAGER HYBRID MPI+X PROGRAMMING MODEL hvad kan der ske ved hjælp af en hvilken som helst af de MULTI-THREADED PROGRAMMING LANGUAGES SUCH AS OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ ACHIEVING GOALS OF PROJEKT WILLER EN INTENSIVE RESEARCH ACTIVITY I TOPICS SUCH AS BALANCING ENERGI CONSUMPTION-ERROULT TOLERANCE formbarhed AF COMPUTATIONAL RESOURCES, INTEROPERABILITY of PROGRAMMING MODELS, APPROXIMATE COMPUTING TEKHNIQUEr, og KOMMUNIKATION-AVOIDING ALGORITHMS, AMONG ANDERS. SOM ET YDERLIGERE BIDRAG VIL PROJEKTET LEVERE LØSNINGER TIL TRE TVÆRFAGLIGE APPLIKATIONER I SAMARBEJDE MED FORSKERGRUPPER, DER FORETAGER DERES UNDERSØGELSE I KVANTEMEKANIK, BEREGNINGSBIOLOGI OG SIGNALBEHANDLING. (Danish)
17 August 2022
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Dennardin SCALING:in, jolla on ollut omaehtoinen vastuu, joka on otettu huomioon, kun hän on ottanut huomioon, että hän on ottanut käyttöön ENERGIA SYSTEMSIN SUOJAUKSEN, TUOTTEET, jotka ovat VAKAASTI TUOTTEIDEN KOSKEVAT SYSTEMIT, HETEROGENEOUS COMPUTERS._x000D_ _x000D_ TÄMÄS SCENARIO, TÄMÄ SENARIO, TÄMÄN TARJOITUS, YLEINEN OBJECTIVE, ALGORITHMIC TECHNIQUES DESIGN JA DEVELOPMENT, PROGRAMMING INTERFACES JA TOOLS, COMPUTATIONAL KERNELS, LIBRARIES of ALGORITHMS- JA RUNTIME RAMEWORKS, TEHTÄMINEN ENERGIA KOSKEVAT TIEDOT, INCREASE RESILIENCE ERRORS, JA ON TUOTTEET TUOTTEIDEN TUOTTEIDEN TUOTTEIDEN TUOTTEIDEN TUOTTEIDEN TUOTTEIDEN TUOTTEIDEN TUOTTUKSEN TEHTÄMÄÄN DATA- JA EXHIBIT IRREGULAR-PARALLEL PARTERNEEN. GENERIC COMPUTER TARGET, HYTEROGENEOUS PARALLEL ARCHITECTURE, JOHTAVAT ENERGIA EFFICIENCY ADVANTAGE TÄMÄT SYSTEMS-tyyppi, TOGETHER WITH HYBRID MPI + X PROGRAMMING MODEL, miksi X voi olla mitään CURRENT MULTI-TREADED PROGRAMMING LANGUAGES SUCH AS OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ ACHIEVING GOALS of the PROJECT WILL REQUICH TOPICS SUCH AS BALANCING ENERGY CONSUMPTION-ERRORS-FAULT TOLERANCE, KYVÄKSYTTÄVÄT RESOURCES, KOSKEVAT TUOTTEIDEN MÄÄRÄT, HYVÄKSYTTÄVÄT KÄYTTÖJÄRJESTELMÄT, JA VIESTINTÄ-AVOIDING ALGORITHMS, AMONG OTHERS. LISÄKSI HANKE TARJOAA RATKAISUJA KOLMEEN TIETEIDENVÄLISEEN SOVELLUKSEEN YHTEISTYÖSSÄ TUTKIMUSRYHMIEN KANSSA, JOTKA SUORITTAVAT TUTKIMUSTA KVANTTIMEKANIIKASSA, LASKENNALLISESSA BIOLOGIASSA JA SIGNAALINKÄSITTELYSSÄ. (Finnish)
17 August 2022
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L-INCREASE TAN-NEMIRU TA’ TRANŻISTORJI F’Ċirkustanzi INTEGRATA FIL-KONSUMATUR TAL-KONSUMATUR TAL-KONSUMATURI TA’ Dennard’SĦIĦ POSIZZJONI TAL-ENERĠIZZJONI TAL-KONSUMATUR TA’ KORRENTI LI KONTRAENTI TA’ PERFORMANZA TA’ KORENTI KORRENTI, il-PROMOT L-UŻU TAL-KOMPUTURI TA’ HETEROGENEOUS._x000D_ _x000D_ F’dan is-SCENARJU, it-TACCERE TAL-KONTRIBUTA TAL-PERSUNITÀ, bħala OBJETTIVA ĠENERALI, għad-DEGGN U ŻVILUPP TA’ TA’ ALGORITHMIC TECHNIQUES, INTERFACEs PROGRAMMING U TOOLS, KERNELI TAL-KOMPUTAZZJONI, LIBRARJI TAL ALGORITHMS U FRAMEWORKS RUNTIME, LI REDUZZJONI ENERĠIZZJONI, INCREASE RESILIENZA GĦALL-ERRORIJIET, U PRODOTTIVITÀ IMPROVETI F’DEVELOPMENT TA ‘APPLIKAZZJONI DWAR AMOUNTS VAST VAST DATA U ESHIBIT IRREGULAR PATTERNS ALL. Bħala TARGET TA’ KOMUNITAR TA’ ĠENERRU, IL-PRJETT LI JIKKUNSIDRA PARALLEL HETEROGENEOUS ARCHITECTURE, GĦANDU L-ENERĠIJA TA’ DWAR L-EFFIĊENZA TA’ DIN ID-DINJA TAS-SISTEMA, TOGETHER MPI+X PROGRAMMING MPI+X PROGRAMMING, B’XAJN TAGĦHOM BE REPLACED BY TAL-KORRENTI MULTI-THREADED PROGRAMMING LANGUAGES SUCH AS OpenMP, OpenACC, OpenCL, CUDA, ETC. malleabilità TAR-RIŻORSI KOMPUTAZZJONI, INTEROPERABILITÀ TAL-MODELS PROGRAMMING, TEKNIĊI APPROXIMAT KOMPUTAZZJONI, U ALGORITHMS TA’ KOMUNIKAZZJONI-AVODIMENT, AMONG OTHERS. BĦALA KONTRIBUT ADDIZZJONALI, IL-PROĠETT SE JIPPROVDI SOLUZZJONIJIET GĦAL TLIET APPLIKAZZJONIJIET INTERDIXXIPLINARI, F’KOLLABORAZZJONI MA’ GRUPPI TA’ RIĊERKA LI JWETTQU L-INVESTIGAZZJONI TAGĦHOM FIL-MEKKANIKA KWANTISTIKA, IL-BIJOLOĠIJA KOMPUTAZZJONALI U L-IPPROĊESSAR TAS-SINJALI. (Maltese)
17 August 2022
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Ar Dennard’s SCALING HAS POSITIONED ENERGY CONSUMPTION AS PRIMARY FACTORS, kas noslēdzās ar KURRENTU SALĪDZĪBAS SYSTEMS PERFORMĀCIJAS PERFORMĀCIJAS TRANSPORTLĪDZEKĻIEM, HETEROGENEOUS COMPUTERS izmantošana._x000D_ _x000D_ ŠIS SCENARIO, PROJECT TACCERE WILL CONTRIBUTE, AS GENERAL OBJECTIVE, uz ALGORITHMIC TECHNIQUES DESIGNIJAS UN DEVELOPMENT, PROGRAMMING INTERFACES UN TOOLS, COMPUTATIONAL KERNELS, LIBRARIES ALGORIES UN RUNTIME FRAMEWORKS, THAT REDUCE ENERGY CONSUMPTION, INCREASE RESILIENCE uz ERRORS, UN IMPROVE PRODUCTIVITY IN THE DEVELOPMENT OF APPLICATIONS THAT DEVELOPMENT DATU UN EXHIBIT IRREGULAR PARALLEL PATTERNS. Kā ĢENERIC COMPUTER TARGET, PROJECT BŪS KONSIDER UN HETEROGENEOUS PARALLEL ARCHITECTURE, DUE to the ENERGY EFFICIENCY ADVANTAGE of this TYSTEMS, TOGETH AR HYBRID MPI+X PROGRAMMING MODEL, kur X CAN BE REPLACED BY CURRENT MULTI-THREADED PROGRAMMING LANGUAGES SUCH AS OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ _x000D_ ACHIEVING The GOALs of the PROJECT WILL REQUIRE AN INTENSARCH ACTIVITY IN TOPICS SUCH kā BALANCING ENERGY CONSUMPTION-ERRORS-FAULT TOLERANCE, komputācijas RESOURCES, INTEROPERABILITY OF PROGRAMMING MODELS, APPROXIMATE COMPUTING TECHNIQUES, UN COMMUNICATION-AVOIDING ALGORITHMS, AMONG OTHERS kaļamspēja. KĀ PAPILDU IEGULDĪJUMU PROJEKTS NODROŠINĀS RISINĀJUMUS TRIM STARPDISCIPLINĀRĀM LIETOJUMPROGRAMMĀM SADARBĪBĀ AR PĒTNIECĪBAS GRUPĀM, KAS VEIC IZMEKLĒŠANU KVANTU MEHĀNIKĀ, SKAITĻOŠANAS BIOLOĢIJĀ UN SIGNĀLU APSTRĀDĒ. (Latvian)
17 August 2022
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Zákon ČLENSKÉHO ČLÁNKU PREKLADOV v INTEGRATOVANÝCH obvodoch, ktorý sa skonštatoval, že DENNARDOVÉ SPOLOČENSTVO VYZÝVAJÚ ENERGICKÚ SPOTREBU, keďže primárny zdroj, ktorý sa skrýva za účelom realizácie SYSTÉM SYSTÉMOVÝCH SYSTÉM, POUŽÍVANIE HETEROGENEOUS COMPUTERS._x000D_ _x000D_ v tomto SCENARIO, PROJEKTOVÝ TACCERE, ako VŠEOBECNÉ OBJEDNÁVKY, NA VÝVOJ A VÝVOJ ALGORITHMICKÝCH TECHNIKOV, PROGRAMOVANIE INTERFACES A TOOLS, COMPUTATIONAL KERNELS, LIBRARIES OF ALGORITHMS A RUNTIME FRAMEWORKS, KTORÉ REDUCE ENERGICY CONSUMPTION, INCREASE RESILIENCE TO ERRORS, A VÝROBA VÝROBKOV NA VÝVOJ APPLIKÁCIÍ, ktoré sú veľmi dôležité s detskou a extenzívnou IRREGULÁRnou PARALLELOVOU PATTERNSkou. Ako GENERICKÝ SPOLOČNOSŤ, PROJEKT KONŠTATUJE HETEROGENEOUS PAARALLEL ARCHITECTURE, DUE NA ENERGY EFFICIENCY ADVANTAGE TÝKAJÚCE SA SYSTÉMOVÝCH SYSTÉM, kde X môže byť REPLACED BY ANY z CURRENT MULTI-THREADED PROGRAMU SUCH AS OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ ACHIEVING GOALS of the PROJECT WILL REQUIRE AN INTENSIVE RESEARCH ACTIVITY IN TOPICS SUCH AS BALANCING ENERGY CONSUMPTION-ERRORS-FAULT TOLERANCE, poddajnosť COMPUTATIONAL RESOURCES, INTEROPERABILITY PROGRAMOVÝCH MODELS, APPROXIMATE COMPUTING TECHNIQUES a KOMUNIKAČNÉ AVOIDY, AMONGOVÉ OBCHODY. AKO DODATOČNÝ PRÍSPEVOK PROJEKT POSKYTNE RIEŠENIA PRE TRI INTERDISCIPLINÁRNE APLIKÁCIE V SPOLUPRÁCI S VÝSKUMNÝMI SKUPINAMI, KTORÉ VEDÚ SVOJE VYŠETROVANIE V OBLASTI KVANTOVEJ MECHANIKY, VÝPOČTOVEJ BIOLÓGIE A SPRACOVANIA SIGNÁLU. (Slovak)
17 August 2022
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Limistéar NUMBER na n-aistritheoirí i gcruinneas INTEGRATED LE BHFUIL DHÉANAMH AN RÉIGIÚN NA gCOMHPHOBAL ENERGY Spreagtha mar gheall ar an ngníomhaire is mó a chuireann srian le feidhmiú CÓRASÁIN COMPUTER, á chur chun cinn úsáid COMPUTERS._x000D_ _x000D_ _x000D_ sa SCENARIO sin, [EN] (b) AN CHOMHPHOBAL A BHAINEANN LEIS AN ÁBHAR GINEARÁLTA, MAR GINEARÁLTA, LEASÚ TEICNIÚIL agus Forbairt TEICNIÚIL, INTERFACES agus TOILÍOIRÍ, STIÚRTHÓIREACHT IOMLÁN, cé gurbh iad Avondale rogha na coitianta tháinig buachaillí GCM le plean agus chuireadar I bhfeidhm é. Mar TAGARTHÓIR GENERIC, AN PRIOECT CONSIDER AN PÁIRGEADAIS HETEROGENEOUS PÁIRTEANNA, a bhaineann le hOidhreacht Éigeantach Éigeantach seo de chuid CÓRAS SÍOS, go dtí an t-eiseamláir is déanaí le MPI + X MODEL Cláraithe, gan dochar d’aon cheann de na cláir atá faoi chúram an Choimisiúin, _x000D_x000D_ _x000D_ lena n-áirítear earraí de chuid an phobail atá freagrach as an ngníomhacht eacnamaíoch i dtoirmeasc le bheith ag baint úsáide as aon cheann de na cláir is tábhachtaí atá i gceist, intuargainteacht na n-acmhainní praiticiúla, INTEROPERABILITY of PROGRAMMING MODELS, COMPUTANNA IARRATAIS, TEICNIÚIL, agus Coigeartú-Bheartú, OTHERS. MAR RANNCHUIDIÚ BREISE, SOLÁTHRÓIDH AN TIONSCADAL RÉITIGH AR THRÍ FHEIDHMCHLÁR IDIRDHISCIPLÍNEACHA, I GCOMHAR LE GRÚPAÍ TAIGHDE A DHÉANANN A N-IMSCRÚDÚ I MEICNIC CHANDAMACH, BITHEOLAÍOCHT RÍOMHAIREACHTÚIL AGUS PRÓISEÁIL COMHARTHAÍ. (Irish)
17 August 2022
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NÁVRH NÁRODNÍHO PŘÍSLUŠNÝCH VÝROBKŮ VÝROBKÝCH VÝROBKŮ, KONSTATUJÍCÍHO ZAŘÍZENÍ Dennardových SYSTÉMŮ PŘEDSTŘEDNÝCH VÝROBKŮ V PŘEDSLEDÁNÍ ZÁKLADNÍCH SYSTÉMŮ, posuzování použití HETEROGENEOUS COMPUTERS._x000D_ _x000D_ V tomto SCENARIO, PROJECT TACCERE bude kontrobovat, jako GENERÁLNÍ OBJEKTIVY, DESIGN a DEVELOPMENT ALGORITHMIC TECHNIQUES, PROGRAMMING INTERFACES and TOOLS, COMPUTATIONAL KERNELS, LIBRARIES OF ALGORITHMS and RUNTIME FRAMEWORKS, které se týkají energetické účinnosti, které jsou předmětem žádosti o azyl, a zdokonalují výrobky v rámci vývoje APPLICKŮ, které se týkají dodávek dat a exhibitu IRREGULAR PARALLEL PATTERNS. Jako GENERICKÝ COMPUTER TARGET, PROJECT bude KONSIDERNÍ PARALLEL ARCHITECTURE, DUE to the ENERGY EFFICIENCY ADVANTAGE of this TYPE of SYSTEMS, TOGETHER with AHYBRID MPI+X PROGRAMMING MODEL, kde se X může stát, že některý z kurentních MULTI-THREADED PROGRAMMING LANGUAGES SUCH AS OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ _x000D_ ACHIEVING the GOALs of the PROJECT bude požadovat INTENSIVE RESEARCH ACTIVITY v TOPICS SUCH AS BALANCING ENERGING ENERGY CONSUMPTION-ERRORS-FAULT TOLERANCE, poddajnost COMPUTATIONAL RESOURCES, INTEROPERABILITY PROGRAMMING MODELS, APPROXIMATE COMPUTING TECHNIQUES, ACOMMUNICATION-AVOIDING ALGORITHMS, AMONG OTHERS. JAKO DODATEČNÝ PŘÍSPĚVEK PROJEKT POSKYTNE ŘEŠENÍ TŘEM INTERDISCIPLINÁRNÍM APLIKACÍM VE SPOLUPRÁCI S VÝZKUMNÝMI SKUPINAMI, KTERÉ PROVÁDĚJÍ JEJICH VYŠETŘOVÁNÍ V OBLASTI KVANTOVÉ MECHANIKY, VÝPOČETNÍ BIOLOGIE A ZPRACOVÁNÍ SIGNÁLŮ. (Czech)
17 August 2022
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A INCRÊNCIA DO NÚMERO DE TRANSISTORES EM CIRCUIÇÕES INTEGRADAS COM O FILME DE DENNARD’S SCALING HAS POSITIONED ENERGY CONSUMPTION AS PRIMÁRIAS QUE CONTRA A PERFORMANÇA DOS SISTEMAS CURRENTES COMPUTADOS, promocionando o uso de empresas HETEROGENEOUS._x000D_ _x000D_ Nessa SCENÁRIO, o TAC do PROJETO CONTRIBIRá, COMO OBJETIVO GERAL, AO DESIGN E DESENVOLVIMENTO DE TÉCNICAS ALGORITÍTICAS, PROGRAMAS INTERFAÇAS E FERRAIS, CERNELS COMPUTATIONAL, LIBRÁRIAS DE ALGORITOS E RUNTIME FRAMEWORKS, QUE REDUZIR A CONSUMO DE ENERGIA, INCRAR A RESILIÊNCIA A ERROR, E IMPROVE PRODUCTIVIDADE NO DESENVOLVIMENTO DE APLICAÇÕES QUE COM VAS AMOUNS DE DADOS E EXTERNOS IRREGULAR PARALLEL PATTERNS. Como um GENERIC COMPUTER TARGET, O PROJETO CONSIDERará uma ARQUITETURA HETEROGENEUS PARALLEL, DUE À ENERGIA EFICIÊNCIA AVANÇA DE ESTE TIPO DE SISTEMAS, com um MPI+X MODELO DE PROGRAMAS HÍBRIDOS, onde X pode ser REPLACED POR QUALQUER DE UM CURRENT MULTI-THREADING LANGUAGES SUCH AS OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ ACHIEVING OS GOALS DO PROJETO exigirão uma atividade de pesquisa INTENSIVE em Tópicos como a ConSUMO DE ENERGIA BALANCING-ERRORS-FAULT TOLERANCE, maleabilidade dos recursos humanos, da interoperabilidade dos modelos de programação, das técnicas de aquisição e das tecnologias de compensação e das alterações que fazem referência à comunicação, entre outros. COMO CONTRIBUIÇÃO ADICIONAL, O PROJETO FORNECERÁ SOLUÇÕES PARA TRÊS APLICAÇÕES INTERDISCIPLINARES, EM COLABORAÇÃO COM GRUPOS DE PESQUISA QUE CONDUZEM SUA INVESTIGAÇÃO EM MECÂNICA QUÂNTICA, BIOLOGIA COMPUTACIONAL E PROCESSAMENTO DE SINAIS. (Portuguese)
17 August 2022
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TRANSISTORI ÜHENDUSTE ÜHENDUSTE ÜHENDUSTE ÜHENDUSTE ÜHENDUSTE ÜHENDUSTE ENERGIATE SÜSTEEMIDE KOHTUASI PÕHJADES PRIMARY FACTORi, mis on seotud CURRENT COMPUTER SÜSTEEMIDE PÄRAST, HETEROGENEOUS COMPUTERS._x000D_ _x000D_ THIS SCENARIO, PROJECT TACCERE WILL CONTRIBUTE KASUTAMINE, ÜLDINE OBJEKTIIV, ALGORITHMISTE TECHNIQUTE DESIGN JA DEVELOPMENT, PROGRAMMING INTERFACES JA TOOLID, COMPUTATIONAL KERNELS, LIBRARIITID ALGORITSIOONID JA RUNTIME FRAMEWORKSid, TÕENDATUD ENERGEERGIA ENERGEERIMINE, INCREAS RESILIENCE ERRORS, JA IMPROVE PRODUCTIVITE TÕENDUSED Avalduste arengus, mis on DEALWITE VASTU VASTU VÕTNUD DATA ja EXHIBIT IRREGULAR IRREGULAR PARALLEL PATTERNSide. Nagu GENERIC COMPUTER TARGET, PROJECT WILL CONSIDER mis HETEROGENEOUS PARALLEL ARCHITECTURE, DUE ENERGY EFFICIENCY ADVANTAGE OF SÜSTEEMID SÜSTEEMID HYBRID MPI+X PROGRAMMING MODEL, mida X CAN BE REPLACED BY iga KURRENT MULTI-THREADED PROGRAMMING LANGUAGES SUCH AS OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ TÖÖDE KASUTATAVAD KÄSITLEVA TÖÖDE TÖÖDE KASUTAMISE REQUIVE RESERSIVE ACTIVITY IN TOPICS SUCH AS BALANCING ENERGY CONSUMPTION-ERRORS-FAULT TOLERANCE, konkurentsivõimeliste RESOURCide, PROGRAMMIDE INTEROPERABILITY, APPROXIMATE COMPUTING TECHNIQUES JA COMMUNICATION-AVOIDING ALGORITHMS, AMONG OTHERS. TÄIENDAVA PANUSENA PAKUB PROJEKT LAHENDUSI KOLMELE INTERDISTSIPLINAARSELE RAKENDUSELE KOOSTÖÖS UURIMISRÜHMADEGA, KES VIIVAD LÄBI UURINGUID KVANTMEHAANIKA, ARVUTUSBIOLOOGIA JA SIGNAALITÖÖTLUSE VALDKONNAS. (Estonian)
17 August 2022
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A dennard-i SCALING ENERGÁLYÁT a PRIMARY FACTOR SZÁLLÍTÁSOK SZERINTI KÖVETKEZTETÉSÉNEK SZERINTI KÖVETKEZTETÉSÉNEK SZERINTI KÖVETKEZTETÉSI KÖVETKEZTETÉSE, a HETEROGENEOUS COMPUTERS._x000D_ _x000D_ EZ SZÉNI FELHASZNÁLÁSA, A TECHNIKÁK ÁLTALÁNOS TÁMOGATÁSA és FEJEZETÉNEK ELJÁRÁSA, az INTERFACES ÉS TÁJÉKOZTATÁSOK, a TERMÉKEK, az ALGORITHMÁCIÓK és a RUNTIME FRAMEWORKOK LIBRARIÁi, az ENERGIA-koncepciók, az ERRORS-re vonatkozó INCREASE RESILIENCE, valamint a termékfejlesztés az adatok és az adatok és az EXHIBIT IRREGULAR PARALLEL ALTERNEK SZERVEZETÉBEN. Mint általános TARGET, a PROJECT egy HETEROGENEOUS PARALLEL ARCHITECTURE-t fog folytatni, hogy az energetikai EFFICIENCY EZT a biztonsági rendszer típusának megfelelő, HYBRID MPI+X PROGRAMMER MODEL-mel rendelkezzen, ahol a CURRENT MULTI-THREADED PROGRAMMING LANGUAGES SUCH AS OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ A PROJEKT KÓLÁJAI A TERMÉKEKRE VONATKOZÓ TERMÉKEKRE VONATKOZÓ INFORMÁCIÓK ÉS AZ ENERGIASZOLGÁLTATÁS-ERRORS-FAULT TOLERANCE, a VÁLLALKOZTATÁSI TERMÉKEK, a PROGRAMMING MODELS, APPROXIMATE COMPUTING TECHNIQUES, ÉS a KÖZMUNIKÁCIÓ-AVOIDING ALGORITHMS, AMONG EGYESÜLT ÖSSZEFOGLALÓK ÖSSZEFOGLALÁSA. TOVÁBBI HOZZÁJÁRULÁSKÉNT A PROJEKT HÁROM INTERDISZCIPLINÁRIS ALKALMAZÁSHOZ NYÚJT MAJD MEGOLDÁSOKAT, EGYÜTTMŰKÖDVE A KVANTUMMECHANIKA, A SZÁMÍTÓGÉPES BIOLÓGIA ÉS A JELFELDOLGOZÁS TERÜLETÉN VÉGZETT KUTATÁSOKAT VÉGZŐ KUTATÓCSOPORTOKKAL. (Hungarian)
17 August 2022
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ВЪЗЛОЖИТЕЛЯ НА НУМБЕРА НА ТРАНЗИСТОРИТЕ В ИНТЕГРАТИЦИИТЕ КОНСУМАТИРАНИ СЪОБЩЕНИ СЪОБЩЕНИЯ СЪОБЩЕНИЕТО НА ДЕНАРД’СКЛЮЧЕНИЕТО НА ЕНЕРГИЙНА КОНСУМАЦИЯ, промотиране на използването на HETEROGENEOUS COMPUTERS._x000D_ _x000D_ В този SCENARIO, ТАСЕКТ НА ПРОЕКТА СЪОБЩЕНИЕТО, като ОБЕКТИВЕН ОБЕКТИВЕН СЪОБЩЕНИЕ, ДОГОВАРЯНЕТО И РАЗВИТИЕТО НА АЛГОРИТМИЧЕСКИ ТЕХНИКА, ПРОГРАМАЦИИ И ТУЛС, КОМПУТАЦИОННИ КЕРНЕЛИ, ЛИБРАРИИ НА АЛГОРИТЕ И РЪНМИЧЕСКИ РАМКОВИ, ТОВА РЕДУЦИОННА ЕНЕРГИЯ, ВЪПРОСИ ИЗИСКВАНЕ НА ПРЕДСТАВИТЕЛИТЕ НА ПРЕДСТАВИТЕЛИТЕ НА ПРАВИТЕЛСТВОТО И РАЗВИТИЕТО НА ПРЕДСТАВИТЕЛИТЕ НА ПРЕДСТАВИТЕЛИТЕ НА ПРЕДСТАВИТЕЛИТЕ. В качеството си на GENERIC COMPUTER TARGET, проектът ще се допита до този вид на Системите, докъдето е стигнал до Енергийната EFFICIENCY PROGRAMMING MODEL, където може да се получи от всеки от най-многобройните програми, които могат да бъдат открити, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ _x000D_ _x000D_ КАТО ПРЕДСТАВЯНЕ НА ПРОЕКТА НА ПРОЕКТА НА ИНЕНСТИВЕН ИЗИСКВАНЕ НА ИЗИСКВАНЕТО В ТОЧКИ, които са като баланциращи ЕНЕРГИЙНИ КОНСУМАЦИИ-ЕРРОЗИЦИИ-FAULT TOLERANCE, ковачност НА КОМПУТАЦИОННИ РЕЗУРСИ, ИНТЕРОПЕРАБИЛНОСТ НА ПРОГРАМНИТЕ МОДЕЛИ, АОПЕКСИМАТНИ ТЕХНИКАЦИИ И КОМУНИКАЦИОННИ АЛГОРИТИ, АМОНГ ДРУГИ. КАТО ДОПЪЛНИТЕЛЕН ПРИНОС ПРОЕКТЪТ ЩЕ ПРЕДОСТАВИ РЕШЕНИЯ ЗА ТРИ ИНТЕРДИСЦИПЛИНАРНИ ПРИЛОЖЕНИЯ В СЪТРУДНИЧЕСТВО С ИЗСЛЕДОВАТЕЛСКИ ГРУПИ, КОИТО ПРОВЕЖДАТ СВОИТЕ ИЗСЛЕДВАНИЯ В КВАНТОВАТА МЕХАНИКА, ИЗЧИСЛИТЕЛНАТА БИОЛОГИЯ И ОБРАБОТКАТА НА СИГНАЛИ. (Bulgarian)
17 August 2022
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Su Dennard’s SCALING HAS POSITIONED ENERGYSTIJOS KONSUJUNGIMO PRIMASIS FACTORUOTOJU, KURIUOS SUSITARIANČIOSIOS KONSTRUKCIJOS PERFORMACIJĄ, ĮTRAUKTŲ VALSTYBIŲ VALSTYBIŲ VALSTYBIŲ ĮSIPAREIGOJIMŲ ĮSIPAREIGOJIMĄ ĮSIPAREIGOJI ŽUVININKYSTĖ, atsižvelgdamos į HETEROGENOUS COMPUTERS._x000D_ _x000D_ IN THIS SCENARIO, PROJEKTŲ KONKREČIŲ, kaip BENDROSIOS OBJEKTYVOS, ALGORITICIJŲ TECHNIKŲ GYVENDINIMO IR VYRIAUSYBĖS, PROGRAMMING INTERFACIJOS IR KONTROLĖS, COMPUTACIJOS KERNELIENAI, ALGORITŲ LIBRARIZAI ir RUNTIME FRAMEWORKS, KAD PRIEŽIŪROS ENERGIJOS KONSURMACIJA, INCREASE REZICNIENCE to ERRORS, IR ĮGYVENDINIMO PRODUKTŪRŲ PRODUKTUOSE, TAI, KURI DUOMENŲ DUOMENŲ IR IŠLAIDŲ PRIEŽIŪRAI. Kaip GENERINĖS COMPUTERĖS TARGET, PROJEKTAS, TIKSLAS HETEROGENOUS ARCHITECTURE, DUE to the ENERGY EFFICIENCY ADVANTAGE OF SYSTEMS, TOGETHER SU HYBRID MPI+X PROGRAMMING MODEL, KURI BŪTI ATSIŽVELGTI DAUGIAU PROGRAMAVIMO LANGUAGES AUKŠTOJE, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ _x000D_ PROJEKTŲ PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS TIKSLAS, konkurencinių RESOURKŲ, PROGRAMINIŲ MODELIJŲ INTEROPERABILITIJOS, APPROXIMATE PAPILDOMŲ TECHNIKUČIŲ IR KOMUNIKATŲ ALGORITŲ, AMONG KT. BENDRADARBIAUJANT SU MOKSLINIŲ TYRIMŲ GRUPĖMIS, ATLIEKANČIOMIS KVANTINĖS MECHANIKOS, KOMPIUTERINĖS BIOLOGIJOS IR SIGNALŲ APDOROJIMO TYRIMUS, PROJEKTAS PAPILDOMAI PRISIDĖS PRIE TRIJŲ TARPDISCIPLININIŲ PROGRAMŲ SPRENDIMŲ. (Lithuanian)
17 August 2022
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INCREASE OF THE NUMBER OF TRANSISTORS INEGRATED CIRCUITS COMBINED S END-om Dennardovog ZNAČAJA U POLITIČKU ENERGETU KOJE NAGRADNIH FACTORA KOJE SMJEŠTAJ PERFORMANCIJE SUSTAVNIH SUSTAVA, PROMOTING UPORABU HETEROGENEOUS COMPUTERS._x000D_ _x000D_ U ovom SCENARIOU, PROJECT TACCERE WI CONTRIBUTE, kao OPĆI OBJEKTIVE, UDJEGNOSTI I DEVELOPMENTA ALGORITHMIČKE TEHNICE, PROGRAMING INTERFACES I TOOLS, COMPUTATIONAL KERNELS, LIBRARIES ALGORITHMANA I RUNTIME FRAMEWORKS, OBAVIJESTI ENERGETSKE SMJEŠTAJ, INCREASE RESILIENCE za ERRORS, I IMPROVE PROIZVODNJA U OBZIR APPLIKACIJA OBAVIJESTI SVIJET SVJETIMA DATA I EXHIBITI IRREGULAR PARALLEL PATTERNS. Kao GENERIC COMPUTER TARGET, PROJEKT će opaziti HETEROGENEOUS PARALLEL ARCHITECTURE, DUE to the ENERGY EFFICIENCY ADVANTAGE OVYYPE of SYSTEMS, TOGETHER S HYBRID MPI+X PROGRAMMING MODEL, gdje bi mogli biti registrirani bilo koji od CURRENT MULTI-THREADED PROGRAMING LANGUAGES SUCH AS OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ ACHIEVING GOALS PROJEKT ĆE PREPORUČUJU UČINKA U TOPICS SUCH kao BALANCING ENERGY CONSUMPTION-ERRORS-FAULT TOLERANCE, malleability COMPUTATIONAL RESOURCES, INTEROPERABILITY PROGRAMMING MODELS, APPROXIMATE COMPUTING TECHNIQUES, I COMMUNICATION-AVOIDING ALGORITHMS, AMONG OTHERS. KAO DODATNI DOPRINOS, PROJEKT ĆE PRUŽITI RJEŠENJA ZA TRI INTERDISCIPLINARNE APLIKACIJE, U SURADNJI S ISTRAŽIVAČKIM SKUPINAMA KOJE PROVODE ISTRAŽIVANJE U KVANTNOJ MEHANICI, RAČUNALNOJ BIOLOGIJI I OBRADI SIGNALA. (Croatian)
17 August 2022
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ÖVERSÄTTNING AV TRANSISTORERNA I INTEGRERADE CIRCUITS SOM ÄR MED DENNA SKALLING HAS POSITIONED ENERGY CONSUMPTION SOM ANSÖKER SOM ÄR MEDVETNA OM SOM ANSÖKNINGEN AV CURRENT COMPUTER SYSTEMS, som framställer ANVÄNDNING AV HETEROGENEOUS COMPUTERS._x000D_ _x000D_ I denna SCENARIO, PROJEKT TACCERE kommer att överta, som ett allmänt OBJEKTIV, TILL DESIGN OCH UTVECKLING AV ALGORITHMIC TECHNIQUES, PROGRAMMING INTERFACES OCH TOOLS, COMPUTATIONELLA KERNEL, LIBRARIER AV ALGORIDER OCH RUNTIME FRAMEWORKS, ATT REDUCE ENERGY CONSUMPTION, INCREASE RESILIENCE TO ERRORS, och IMPRODUKTIVA PRODUKTIVITET I UTVECKLING AV ANSÖKNINGAR SOM ÄR MED VASTA AMOUNTS AV DATA OCH EXHIBIT IRREGULAR PARALLEL PATTERNS. Som GENERIC COMPUTER Target kommer PROJEKT att ANSER en HETEROGENEOUS PARALLEL ARCHITECTURE, som är en ENERGY EFFICIENCY ADVANTAGE AV DETTA TYPE av SYSTEMS, med en HYBRID MPI+X-PROGRAMMING, som OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ _x000D_SCHING the GOALS OF THE PROJEKT kommer att behöva en INTENSIVA RESEARCH ACTIVITY I TOPICS SUCH AS BALANCY CONSUMPTION-ERRORS-FAULTT TOLERANCE, Smidbarhet av COMPUTATIONAL RESOURCES, INTEROPERABILITY OF PROGRAMMING MODELS, APPROXIMATE COMPUTING TECHNIQUES, AND KOMMUNICATION-AVOIDING ALGORITHMS, AMONG OTHERS. SOM ETT YTTERLIGARE BIDRAG KOMMER PROJEKTET ATT TILLHANDAHÅLLA LÖSNINGAR TILL TRE TVÄRVETENSKAPLIGA APPLIKATIONER, I SAMARBETE MED FORSKARGRUPPER SOM GENOMFÖR SIN UNDERSÖKNING INOM KVANTMEKANIK, BERÄKNINGSBIOLOGI OCH SIGNALBEHANDLING. (Swedish)
17 August 2022
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Regulamentul NUMĂRULUI TRANSISTORILOR ÎN CIRCUITE INTEGRATE COMBINE cu ENDUL DE SĂNĂTATE Dennard a fost CONSUMUL ENERGIEI POSIȚIONATE ca FACTORUL PRRIMARULUI CONSTRAINȚĂ PERFORMANȚA SYSTEMELOR CURRENTE COMPUTER, promovând UTILIZAREA COMPUTERELOR HETEROGENEOUS._x000D_ _x000D_ în acest SCENARIO, TACCERE PROJECT va CONTRIBUTE, ca un OBJECT GENERAL, la DESIGN ȘI DEVELOPARE A TEHNICURILOR ALGORICE, PROGRAMING INTERFACES ȘI TOOLS, KERNELE COMPUTAȚIONALE, LIBRARILE ALGORITHMS ȘI RUNTIME FRAMEWORKS, CĂ REDUCEREA CONSUMULUI ENERGIE, INCREASE RESILIENȚA LA ERRORS, ȘI PRODUCTIVITATEA PRODUCTIVITATEI ÎN DEZVOLTAREA APLICĂRILOR DE APLICAȚII DE URMARE CU UTILIZAREA DATELOR ȘI EXHIBIT IRREGULAR PATTERNS. În calitate de TARGET COMPUTER GENERIC, PROJECT va avea în vedere o ARCHITECTURĂ PARALLEL HETEROGENEOUS, DUE to the ENERGY EFFICIENCY ADVANTAGE a acestui tip de sisteme, Împreună cu un MPI HYBRID+X PROGRAMMING MODEL, unde X poate fi îngrădit de către oricare dintre cei mai mulți specialiști în domeniu, care se ocupă de OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ _x000D_ Asigurând bunurile proeminentei va solicita o activitate de cercetare INTENSIVE în TOPICS SUCH AS BALANCING ENERGY ENERMPTION-ERRORS-FAULTOLERANCE, maleabilitatea RESURSELOR COMPUTAȚIONALE, INTEROPERABILITATEA MODELELOR DE PROGRAMARE, TEHNICURILE COMPUTATE A APPROXIMATE ȘI ALGORILE DE COMUNICARE, AMONG ALȚII. CA O CONTRIBUȚIE SUPLIMENTARĂ, PROIECTUL VA OFERI SOLUȚII PENTRU TREI APLICAȚII INTERDISCIPLINARE, ÎN COLABORARE CU GRUPURI DE CERCETARE CARE ÎȘI DESFĂȘOARĂ INVESTIGAȚIILE ÎN MECANICA CUANTICĂ, BIOLOGIA COMPUTAȚIONALĂ ȘI PROCESAREA SEMNALULUI. (Romanian)
17 August 2022
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INCREASE ŠTEVILKA PRAVILNIH V INEGRATIRANIH CIRCUITS, KI JE ZADEVALA Dennardovega SCALINGA, se je strinjala z ENERGYY CONSUMPTION, glede na to, da so se strinjali, da so se SYSTEMI SYSTEMI, s PROMOTOM UPORABE HETEROGENEOUSH COMPUTERS._x000D_ _x000D_ V TEM ŠENARIO, PROJEKTNI TAKETI, K GENERALNI OBJEKTI, UPRAVLJANJE IN RAZVOJ ALGORITHMIČNIH TEHNIKOV, PROGRAMMING INTERFACES IN TOOLS, COMPUTATIONAL KERNELS, LIBRARIES ALGORITHMS IN RUNTIME FRAMEWORKS, TO REDUCE ENERGY CONSUMPTION, INCREASE RESILIENCE RESILIENCE V ERRORSU IN IMERIJSKE PROIZVODNOSTI v razvoju APPLIKACIJE, KI ZDRAVLJENJE Z ZDRAVILOM PODATKOV IN EXHIBIT IRREGULARNIH PARALLEL PATTERNS. Kot GENERIC COMPUTER TARGET, PROJEKT, ki ga zanima ZDRUŽENJE PARALLELA ARHITEKTURA, DUE to the ENERGY EFFICIENCY ADVANTAGE THIS TYSTEMS, TOGETHER s HYBRID MPI+X PROGRAMMING MODEL, kjer bi se lahko zavedali, da bi se lahko v vsakem od CURRENT MULTI-THREADED PROGRAMMING LANGUAGES SUCH kot OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ UPOŠTEVAJO GOALI PROJEKTI, ki se ZAHTEVAJO PREVOZNE ZADEVE V TOPIKOVANJU V TOPIJIH SUCH V UPRAVLJANJU ENERGIJE-ERRORS-FAULT TOLERANCE, nepravilnost COMPUTATIONAL RESOURCES, INTEROPERABILITIJA PROGRAMMING MODELOV, APPROXIMATE COMPUTING TEHNIQUES in COMMUNICATION-AVOIDING ALGORITHMS, AMONG OTHERS. KOT DODATEN PRISPEVEK BO PROJEKT ZAGOTOVIL REŠITVE ZA TRI INTERDISCIPLINARNE APLIKACIJE V SODELOVANJU Z RAZISKOVALNIMI SKUPINAMI, KI SVOJE RAZISKAVE IZVAJAJO V KVANTNI MEHANIKI, RAČUNALNIŠKI BIOLOGIJI IN OBDELAVI SIGNALOV. (Slovenian)
17 August 2022
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InCREASE OF THE NUMBER OF TRANSISTORS IN INTEGRATED CIRCUITS WSPÓLNE ZEWNĘTRZNE ZEWNĘTRZNE SYSTUMENTY ENERGYJNEJ SPOŻYCIA ENERGYJNYCH SYSTUŁÓW ENERGYJNYCH ZAWIERAJĄCYCH SYSUMENTÓW ENERGII, PROMOTING THE USE OF HETEROGENEOUS COMPUTERS._x000D_ _x000D_ W TYM SCENARIO, PROJEKT TAKTRYBUJĄCY, JAKO OGÓLNE OBJĘCIA OBJĘCIA, WYDARZENIA I ROZWIĄZANIA TECHNICZNOŚCI ALGORITHMIC, PROGRAMMING INTERFACES I TOOLS, KERNELS COMPUTATIONAL, LIBRARIES OF ALGORITHMS I RUNTIME FRAMEWORKS, THAT REDUCE ENERGY CONSUMPTION, INCREASE RESILIENCE TO ERRORS, I IMPROVE PRODUKTYWATNOŚĆ W ROZPORZĄDZENIU APLIKACJI, ŻYWNOŚCI WYDARZENIA Z DOSTĘPNYmi AMOUNTami DANYCH I IREGULARNYCH PATTERNÓW. Jako GENERIC COMPUTER TARGET, PROJEKT będzie CONSIDER AN HETEROGENEOUS PARALLEL ARCHITECTURE, DUE to ENERGIA EFFICIENCYJNE ADVANTAGE TEGO TYPU SYSTEMÓW, TOGETHER Z HYBRID MPI + X PROGRAMMING MODEL, gdzie X może być zaopatrywana przez każdą z najwiekszych MULTI-THREADED PROGRAMING LANGUAGES SUCH AS OpenMP, OpenACC, OpenCL, CUDA, ETC. _x000D_ _x000D_ ACHIEVING THE GOALS OF THE PROJECT WYMAGAJĄCY WYMAGAJĄCY AN INTENSIVE RESEARCH ACTIVITY IN TOPICS SUCH AS BALANCING ENERGY CONSUMPTION-ERRORS-FAULT TOLERANCE, ciągliwość KONKURENCYJNYCH źródeł, INTEROPERABILITY PROGRAMMING MODELS, APPROXIMATE COMPUTING TECHNIQUES, I KOMUNIKACJA – ALGORITHMS, AMONG OTHERS. DODATKOWO PROJEKT ZAPEWNI ROZWIĄZANIA DLA TRZECH ZASTOSOWAŃ INTERDYSCYPLINARNYCH, WE WSPÓŁPRACY Z GRUPAMI BADAWCZYMI PROWADZĄCYMI BADANIA W ZAKRESIE MECHANIKI KWANTOWEJ, BIOLOGII OBLICZENIOWEJ I PRZETWARZANIA SYGNAŁÓW. (Polish)
17 August 2022
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Castellón de la Plana/Castelló de la Plana
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20 December 2023
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Identifiers
TIN2017-82972-R
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