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DTSTART;TZID=Europe/Rome:20241004T150000
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SUMMARY:Seminario: Sviluppo di una libreria per la manipolazione di ipergrafi: integrazione di un backend in rust con un'interfaccia in Python di  Giovanni Forlenza
DESCRIPTION:Abstract: L'obiettivo di questa tesi è la progettazione e l'implementazione di una libreria software per la manipolazione e l'analisi di ipergrafi\, con particolare attenzione alla scalabilità e all'efficienza. Il lavoro presentato tenta di migliorare l'efficienza e le performance di HyperGraphX\, una nota libreria per la manipolazione di ipergrafi\, implementando un backend in Rust\, un linguaggio noto per caratteristiche innovative\, ad esempio la gestione sicura della memoria. L'interfaccia originaria di hypergraphx è stata mantenuta\, consentendo agli utenti di continuare a utilizzare la libreria in Python senza modifiche significative al codice preesistente.
URL:https://www.isislab.it/event/seminario-sviluppo-di-una-libreria-per-la-manipolazione-di-ipergrafi-integrazione-di-un-backend-in-rust-con-uninterfaccia-in-python-di-giovanni-forlenza/
CATEGORIES:Seminari
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DTSTART;TZID=Europe/Rome:20241011T150000
DTEND;TZID=Europe/Rome:20241011T160000
DTSTAMP:20260915T044714
CREATED:20241008T224900Z
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UID:49325-1728658800-1728662400@www.isislab.it
SUMMARY:Seminario: "Studio ed analisi del modello entity component system per la realizzazione di simulazioni basate su agenti" di Antonio Ambrosio
DESCRIPTION:Abstract: La seguente tesi si propone di sperimentare l'utilizzo dell' Entity Component System di Bevy per aumentare la versatilità nello sviluppo delle simulazioni e offrire un modello Data Oriented che ci permetta in modo più semplice di sviluppare simulazioni parallele nel tentativo di aumentare le performance.
URL:https://www.isislab.it/event/seminario-studio-ed-analisi-del-modello-entity-component-system-per-la-realizzazione-di-simulazioni-basate-su-agenti-di-antonio-ambrosio/
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DTSTART;TZID=Europe/Rome:20241018T150000
DTEND;TZID=Europe/Rome:20241018T160000
DTSTAMP:20260915T044714
CREATED:20241016T110700Z
LAST-MODIFIED:20241016T121031Z
UID:49330-1729263600-1729267200@www.isislab.it
SUMMARY:Seminario: "Gestione strutturale intelligente: monitoraggio andamento crepe" di Giovanni Gurrali
DESCRIPTION:Abstract: l’obiettivo di questo progetto è la realizzazione di un sistema intelligente di gestione sismica per il monitoraggio strutturale in tempo reale. Utilizzando sensori IoT e servizi cloud AWS \, il progetto mira a raccogliere e analizzare dati relativi alle deformazioni delle crepe negli edifici mediante l’implementazione di un sistema completamente automatizzato.
URL:https://www.isislab.it/event/seminario-gestione-strutturale-intelligente-monitoraggio-andamento-crepe-di-giovanni-gurrali/
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BEGIN:VEVENT
DTSTART;TZID=Europe/Rome:20241031T020000
DTEND;TZID=Europe/Rome:20241031T030000
DTSTAMP:20260915T044714
CREATED:20241028T112239Z
LAST-MODIFIED:20241028T121935Z
UID:49334-1730340000-1730343600@www.isislab.it
SUMMARY:Seminar: "Heterogeneous Computing from Managed Runtime Programming Languages: Opportunities and Challenges" -  Juan Fumero\, University of Manchester\, Intel oneAPI Innovator
DESCRIPTION:Abstract\n\n\n\nParallel programming APIs\, particularly those designed for GPU and FPGA computing\, are typically tailored to specific architectures and programming languages. Examples include (i) CUDA\, whichallows developers to harness GPU computing power\, and (ii) OpenCL\, which provides access to awide range of hardware accelerators\, such as GPUs and FPGAs. These APIs are predominantly builtfor the C/C++ programming languages and are closely linked to GPU architectures.However\, many developers do not primarily use C/C++. According to the TIOBE index\, in addition toC and C++\, popular languages in 2024 include Python\, Java\, and C#\, along with other languages thatrun on managed environments (such as the Java Virtual Machine\, JVM). This raises the question: howcan developers using managed runtime languages access heterogeneous hardware like GPUs andFPGAs? What solutions exist\, and what challenges do they face in doing so?In this talk\, I will explore key features of parallel programming models and discuss the challengesthat runtime environments encounter when aiming to harness the performance of parallel hardware. Iwill also present the current research conducted at The University of Manchester\, which addressessome of these challenges. This includes proposals that combine the expressiveness of parallelismwith functional programming\, data-centric approaches\, and object-oriented paradigms to maintainhigh-level abstractions while effectively utilising parallelism. \n\n\n\nShort Bio\n\n\n\nJuan Fumero is a Research Fellow working as part of the Advanced Processor Technologies (APT)Research Group at The University of Manchester. His research focuses on new approaches to bridgethe gap between accessibility and exploitation of hardware accelerators such as GPUs and FPGAs\,and programmability from managed runtime programming languages. He is also the main softwarearchitect of the TornadoVM project (a Java framework for automatically running JVM applications onheterogeneous hardware).Furthermore\, Juan Fumero participates in standardisation activities for the oneAPI Hardware Group\,and the oneAPI Language Group to help shaping the evolution of oneAPI for managed runtimeprogramming languages.Juan frequently gives talks and seminars at various industry and academic events\, such as Devoxx\,JVMLS\, JavaZone\, among many others. As a result of his work\, the University of Manchesterawarded Juan the Best Research Outcome in 2022\, and he has been recognized by Intel as an IntelInnovator. \n\n\n\nFull Bio\n\n\nTalk-JuanFumero-31October2024-UNISA
URL:https://www.isislab.it/event/seminar-heterogeneous-computing-from-managed-runtime-programming-languages-opportunities-and-challenges-juan-fumero-university-of-manchester-intel-oneapi-innovator/
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