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Exotic OpenMP use cases

OpenMP Booth Talks at SC23

AMPERE: a novel platform to design embedded high-performance systems. Achieved a 30% cost reduction in software development in automotive and railway use-cases

Sant’Anna School of Advanced Studies

High-performance computing aims to transform automotive and railway sectors

EdgeIR.com

AMPERE enhances the Development and Deployment of complex Automotive and Railway Systems using High-Performance Parallel Programming Models

SYSGO Embedding Innovations

AMPERE enhances the development and deployment of complex automotive and railway systems using high-performance parallel programming models

Automotive World

AMPERE's OpenMP-compliant Taskgraph framework enhances compute performance for rail and automotive sectors

HiPEAC News

AMPERE-developed Taskgraph Framework Enhances Programmability and Performance for Rail and Automotive Industries

HPC Wire

Taskgraph Framework developed by AMPERE improves programmability and performance for the railway and automotive industries

IK APK

AMPERE and SENATE: Success Stories in the Spotlight

ARTEMIS Industry Association

CLASS coordinator Eduardo Quiñones interview with Scientific Computing World

Big Data Value

AMPERE: Overcoming the challenges of developing traditional cyber-physical systems

Cordis

Edge productivity

Scientific Computing World

BSC programming model OmpSs is driving energy efficiency on heterogeneous compute devices

BSC

AMPERE project at the SoS integration with CPS workshop

HiPEAC info 62

AMPERE: A Holistic Approach for Real-Time, High-Performance and Energy-Efficient Cyber-Physical Systems of Systems

HiPEAC info 61

AMPERE Project

The Real-Time Systems Laboratory (ReTiS Lab)

Embedded Executives: Eduardo Quinones, Senior Researcher, Barcelona Supercomputing Center

Embedded Executives Podcast

The AMPERE Project Approaches, in a Holistic Manner, the Development and Execution of Advanced Cyber Physical Systems (CPS).

Embedded Computing Design blog

AMPERE Project from Barcelona Supercomputing Center (BSC)

Embedded Computing Design

Le projet Ampere ambitionne de renforcer le rôle de l’Europe en programmation des systèmes cyberphysiques

L'Embarqué

Strengthening EU Leadership in Energy-Efficiency and Parallel Computing

Tecnonews

AMPERE Project: Strengthening European Leadership in Energy-Efficiency and Parallel Computing

Cordis

AMPERE Project: Strengthening European leadership in energy-efficiency and parallel computing

Primeur Weekly Magazine

AMPERE: Strengthening European Leadership in Energy-Efficiency and Parallel Computing

News Break

BSC Researchers Create Software Architecture to Refine Energy-Efficient Cyber-Physical Interactions

HPC Wire

BSC researchers create software architecture to refine energy-efficient cyber-physical interactions

BSC

AMPERE project to deliver energy-efficient parallel computing

eeNews Europe

AMPERE: Strengthening European Leadership in Energy-Efficiency and Parallel Computing

HPC Wire

Engineering, computing and technology: SANT'ANNA school RETIS lab. RESEARCHERS participate in EU-funded project AMPERE to develop EMBEDDED systems for automation and manufacturing of the future

Sant'Anna Magazine