High Performance Computing Technologies and Application Evolution
A special issue of Applied Sciences (ISSN 2076-3417). This special issue belongs to the section "Computing and Artificial Intelligence".
Deadline for manuscript submissions: closed (31 May 2022) | Viewed by 2797
Special Issue Editors
Interests: particle and astroparticle physics; distributed and high-performance computing
Special Issue Information
Dear Colleagues,
The main topic of this issue will be on high-performance computing, rapidly evolving technologies and computing architectures, and increasing demand for extreme computation, data processing, high-performance data analysis, and artificial intelligence. High-performance computing is evolving from systems dedicated to pure computation or simulation to general purpose infrastructure also suitable for fast data processing, machine learning, data store and preservation, while the HPC centers are being upgraded with hyper-converged networks connecting them to other research or public facilities. High-performance computational techniques and algorithms are rapidly evolving and are being used and reused by research communities that historically did not rely on HPC, as well as by industry and public sector.
With this perspective, the Special Issue aims to contribute to the field presenting the most relevant advances in this area.
The following are some of the topics proposed for this Special Issue (but papers need not be limited to these):
- Design and architecture of novel CPU, GPU, FGPA, and other computational units for future high-performance systems
- Innovative architectures of HPC systems, novel approaches to scalability in computation and data processing, energy efficiency
- Algorithms for energy efficient computation at exa-scale
- Application development and porting to novel scalable architectures, high-performance toolkits, programming abstraction for different architectures
- Resource federation, integration with hyper-converged networks, federated authentication and authorization through IdP, security
- Large scale HPC application integration with fog, edge, distributed computing, clouds, virtualization and containerization
- Application use-cases, initiatives, project on exa-scale compute and data projects
- Quantum Computing technologies and applications
Prof. Dr. Andrej Filipčič
Prof. Uroš Lotrič
Guest Editors
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Keywords
- novel high-performance systems and architectures
- scalable applications and energy efficient algorithms
- HPC distributed computing and data processing
- exa-scale HPC and beyond
- novel HPC projects, communities and applications
- quantum computing
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