The growth in the number of computational resources used by high-performance computing
(HPC) systems leads to an increase in failure rates. Fault-tolerant techniques will become …

Powerful high performance computing systems of the future are expected to have higher
failure rates than current systems. As a result, HPC applications running on such future …

Over the last decade, the continuous increase in supercomputers' computing power has
been made possible mainly due to the high degree of parallelism at the component level …

The distributed system based on agent entities is a system that is subjected to failures
because of the complexity that characterizes the structure of each entity and to the various …

Flexibility is considered as one of the key objectives of agent-based technology. Despite
this, we still lack a fundamental understanding of just what “flexibility in multi-agent system …

In den letzten zehn Jahren wurde das kontinuierliche Wachstum der Rechenleistung von
Supercomputern hauptsächlich aufgrund der hohen Parallelität auf der Komponentenebene …

Because of the intricacy of each entity's structure and the many ways in which the multiple
agents interact with one another, distributed systems based on agent entities are prone to …

The Fortran 2018 standard introduced syntax and semantics that allow a parallel application
to recover from failed images (fail-stop processes) during execution. Teams are a key new …