Sentence examples for homogeneous processor from inspiring English sources

Homogeneous processor arrays are emerging in tera-scale computation and effective fault tolerance techniques are essential to improving the reliability of such complex integrated circuits.

As most scheduling heuristics, list scheduling assumes fully connected homogeneous processors and ignores contention on the communication links.

In this article, we present two formulations and their unification for the Mixed-Model Sequencing Problem with Workload Minimisation (MMSP-W) for production lines with serial workstations and parallel homogeneous processors.

Since many engineers have knowledge of C prior to program their applications, we suggest the use of homogeneous processors for rapid prototyping of software application coded in high-level language (C or C++).

A homogeneous multicore processor is composed of processor cores that support the same instruction set architecture (ISA).

Figure 1 Homogeneous parallel processor architecture.

The increases in area and power to extend a homogeneous dual-core processor to a hyperscalar dual-core processor are only 1.8% and 1.75%, respectively, using 90 nm CMOS technology.

The proposed architecture can play three different roles (a 2-issue statically scheduled superscalar processor, a homogeneous dual-core processor, or a standalone single-core processor), allowing embedded systems to accommodate diverse workloads.

The design of homogeneous network of communicating processor is presented from the hardware and software specification down to synthesizable hardware description.

This paper investigates the performance impact of cache sharing on a homogeneous same-ISA 16-core processor with private first-level (L1) caches by considering 3 cache models which vary the sharing property of second-level (L2) and third-level (L3) cache banks.

Recent research has highlighted the potential benefits of single-ISA heterogeneous multicore processors over cost-equivalent homogeneous ones, and it is likely that future processors will integrate cores that have the same instruction set architecture (ISA) but offer different performance and power characteristics.