Analysis of range queries on spatial (multidimensional) data is both important and
challenging. Most previous analysis attempts have made certain simplifying assumptions …

HLA-based simulations, as any distributed computing application, can undergo critical
performance issues due to load imbalances on large-scale, heterogeneous, non-dedicated …

HLA-based simulations can experience performance degradation due to communication
latencies between simulation federates, which generate significant cumulative overhead …

The development of complex scientific applications for high-end systems is a challenging
task. Addressing complexity of the involved software and algorithms is becoming …

In large-scale distributed simulations, communication aspects are highly significant due to
their direct influence on performance. The High Level Architecture (HLA) provides services …

Due to the dependency on the resources, HLA-based simulations can experience load
imbalances and consequently loose execution performance. Such imbalances are …

As an inherent characteristic of any distributed system, the execution and performance of
distributed virtual simulations totally rely on underlay communication infrastructure and …

Communication in distributed simulations is highly relevant due to latencies cumulatively
introduced in the execution time of such simulations; these latencies are caused by the …

Various intelligent equipments and software are gradually designed to communicate with
other equipment or software. However, any data format that can be considered as universal …

Large-scale HLA-based simulations are susceptible to performance issues caused by load
imbalances. High Level Architecture (HLA) was designed to organize distributed …