Several modern superscalar processors contain an out-of-order (OOO) instruction issue
mechanism, which resolves dependencies between instructions to expose greater …

Direct computation of all pairwise distances or interactions is a fundamental problem that
arises in many application areas including particle or atomistic simulations, fluid dynamics …

Developing high-performance applications on emerging multi-and many-core architectures
requires efficient mapping techniques and architecture-specific tuning methodologies to …

Today's emerging architectures have higher levels of parallelism incorporated within a
processor. They require efficient strategies to extract the performance they have to offer. In …

The area of computing is seeing parallelism increasingly being incorporated at various
levels: from the lowest levels of vector processing units following Single Instruction Multiple …

A research on the development of parallel methods to eliminate piecemeal approach on
building whole-genome networks and facilitate genome-scale network inference, are …

All-pairs computations occur in numerous and diverse applications across many areas. In
many-body simulations and molecular dynamics, computation of pairwise gravitational or …