Sentence examples for multiple processor architectures from inspiring English sources

As support for multiple processor architectures complicates symmetric multiprocessing (SMP) support, DragonFly BSD now limits its support to the x86-64 platform.

Energy saving is becoming one of the major design issues in processor architectures with multiple functional units (FUs).

Recent embedded processor architectures containing multiple heterogeneous cores and non-coherent caches renewed attention to the use of Software Transactional Memory (STM) as a building block for developing parallel applications.

In this paper, an orthogonal wavelet division multiple-access (OWDMA) processor architecture is proposed, which is shown to be better suited to LTE advanced systems as compared to orthogonal frequency division multiple access (OFDMA) as in LTE systems 3GPP rel.8 (3GPP, http://www.3gpp.org/DynaReport/36300.htm).

We will close the chapter with a brief review of existing hardware architectures available on the market, as well as a brief discussion about programming models capable of expressing parallel functionality, which can then be mapped into multiple processor cores.

Instruction pipeline is extensively used in modern processors in order to achieve instruction level parallelism in pipelined processor architectures [1].

FreeBSD has been ported to a variety of processor architectures.

Web can be run on many hardware platforms, including i386, amd64 and several other processor architectures.

The application supports both single and multi-core processor architectures and will scale its performance according to the number of processor cores available.

Comparison of many-core and multicore processors in this work shows that the former can deliver higher efficiency than the latter processor architectures.

IBM expects hot water cooling to be central to future supercomputers, including three-dimensional chip architectures where multiple processors are stacked on top of each other.