In this paper are presented current achievements and the state-of-the-art algorithms and implementations for dense linear algebra on traditional architectures such as single-core machines or distributed memory parallel machines. Also, this paper summarizes the current implementations and publicly available libraries for basic linear algebra for multi-core and many-core architectures (e.g. graph...

S-NET is a declarative coordination language and component technology primarily aimed at modern multi-core/many-core chip architectures. It builds on the concept of stream processing to structure dynamically evolving networks of communicating asynchronous components, which themselves are implemented using a conventional language suitable for the application domain. We sketch out the design and ...

The world is heading towards many-core architectures due to many well-known and important present-day research issues: power consumption, clock speed limits, critical path lengths, etc. While existing many-core machines have traditionally been handled in the same way as SMPs, this magnitude of parallelism introduces several fundamental challenges at the architectural level which translates to n...

Many-core processor architectures are becoming mainstream. With the many-core trend, Network-on-Chip (NoC) has become the de facto on-chip communication fabric, replacing traditional bus-based architectures. Targeting thousands of cores in near future many-core architectures, large-scale NoC designs need to be modeled and evaluated fast and accurately to understand their performance characteris...

The shift towards multi-core architectures has ushered in a new era of shared memory parallelism for scientific applications. This transition has introduced challenges for the nuclear engineering community as it seeks to design high-fidelity full-core reactor physics simulation tools. This paper describes the parallel transport sweep algorithm in the OpenMOC method of characteristics (MOC) neut...