Euro-Par 2023 | About Euro-Par | International European Conference on Parallel and Distributed Computing About Euro-ParEuro-par

The Conference Series

Euro-Par is an annual series of international conferences dedicated to the promotion and advancement of all aspects of parallel and distributed computing.

Euro-Par covers a wide spectrum of topics from algorithms and theory to software technology and hardware-related issues, with application areas ranging from scientific to mobile and cloud computing.

Euro-Par provides a forum for the introduction, presentation and discussion of the latest scientific and technical advances, extending the frontier of both the state of the art and the state of the practice.

The main audience of Euro-Par are the researchers in academic institutions, government laboratories and industrial organisations. Euro-Par's objective is to be the primary choice of such professionals for the presentation of new results in their specific areas. As a wide-spectrum conference, Euro-Par fosters the synergy of different topics in parallel and distributed computing. Of special interest are applications which demonstrate the effectiveness of the main Euro-Par topics.

In addition, Euro-Par conferences provide a platform for a number of accompanying, technical workshops. Thus, smaller and emerging communities can meet and develop more focussed topics or as yet less established topics. The unique organizational structure of a Euro-Par conference, which puts the hosting team in charge of both the scientific programme and the local organization, makes it a particularly lively and stimulating experience.

The next Euro-Par conference will be Euro-Par 2024 in Madrid, Spain.

News

2024

  • 29.08.2024:  Franck Cappello is the recipient of the Euro-Par Achievement Award 2024. Franck Cappello is a Senior Computer Scientist at the Argonne National Labs. He was the initiator and director the French National Project Grid 5000. In conjunction with Marc Snir he created the Joint Laboratory on Extreme Scale Computing (JLESC), gathering seven of the most prominent international research and production centers in supercomputing, namely, NCSA, Inria, ANL, BSC, JSC, Riken CCS and UTK. Since 2016, Cappello has been the director of two exascale computing projects related to resilience and lossy compression of scientific data. Throughout his 25-year research career, he has directed the development of several high-impact software tools. Cappello appears 19 times in the proceedings of Euro-Par, three of them in workshops. He was the local chair of topic “Peer-to-Peer Computing” in 2003.
  • 26.08.2024: The Proceedings of Euro-Par 2024 are awailable as Springer LNCS 14801, 14802, 14803
  • 26.04.2024: The Proceedings of Euro-Par Workshops 2023 are available as Springer LNCS 14351, 14352

2023

  • 31.08.2023: Enrique S. Quintana-Ortí is the recpient of the Euro-Par Achievement Award 2023. Enrique Quintana-Ortí works in the areas of computational linear algebra, parallel algorithms, energy-aware high performance computing, analysis and design of dynamic control systems, applications in computational sciences and acceleration of deep-learning algorithms. He is being known as a generous community-minded colleague who has been graduating doctoral students with a good research profile. Quintana-Ortí has been a pillar of the Spanish research community as participant of 31 projects with 14 of them as their leader. Prof. Quintana-Ortí has been co-author of 17 Euro-Par papers between 1999 and 2019 and was the global chair of topic “Multicore and Manycore Parallelism” in 2021.
  • 20.08.2023: The Proceedings of Euro-Par 2023 are available as Springer LNCS 14100
  • 05.05.2023: The Proceedings of Euro-Par Workshops 2022 are available as Springer LNCS 13835

2022

  • 01.11.2022: The call for bids to host Euro-Par 2025 is open. Deadline for statements of intent: 31.01.2023.
  • 25.08.2022: Ewa Deelman is the recipient of the Euro-Par Achievement Award 2022. She has pioneered the systematic design and optimization of scientific workflows in HPC and distributed computing environments to enable scientists to handle efficiently massive amounts of data using large-scale infrastructures. She established and has led since 2000 the Pegasus workflow management project, whose biggest success was its use by the LIGO consortium for the detection of gravitational waves (2017 Nobel Prize). Pegasus has been used by computational scientists across different domains (e.g., astronomy, earth science, bioinformatics, climate science, etc). Through Pegasus, Deelman’s own research has shaped the field in relation to managing scientific workflows on HPC and large-scale infrastructures. Deelman has participated in a number of Euro-Par workshops and delivered two Euro-Par keynotes (2012 and 2020).
  • 20.08.2022: The Proceedings of Euro-Par 2022 are available as Springer LNCS 13440
  • 01.07.2022: The Proceedings of Euro-Par Workshops 2021 are available as Springer LNCS 13098