New scientific and engineering programs, due to the complexity of the structure and the
existence of dynamic and interactive requests in nature of the program, require distributed …

In high-performance computing systems, choosing a suitable mechanism for migrating the
processes has direct effects on the performance of the system. In traditional systems like …

The occurrence of D&I (Dynamic and Interactive) events in HPC (High-Performance
Computing) systems that cannot be considered statically in the initial structure of scientific …

In this paper, we introduced the framework to empowerment resource discovery units for
supporting distributed exascale computing systems with high consistency. In addition to the …

The resource discovery management unit (RD) in distributed Exascale systems needs to be
able to manage the occurrence of dynamic and interactive events in the requesting process …

In high performance computing (HPC) systems, the load-balancing manager decides on
performing reloading related activities based on information received on the system state. In …

Distributed Exascale computing systems are considered as a specific type of system that is
capable of running dynamic and interactive applications. The existence of a dynamic and …

This paper introduces the ExaPRR Framework, which is capable of managing and
controlling dynamic and interactive events in addition to activities related to distributed …

The dynamic and interactive nature of Distributed Exascale Computing System leads to a
situation where the load balancer lacks the proper pattern for the solution. In addition to …

In traditional computing system, load balancer, interim selecting the process, determine the
destination computing node based on describing Indicators process status. In distributed …