Virtualizing network-on-chip resources in chip-multiprocessors

F. Trivino; J. Sanchez; F.J. Alfaro; Flich, Jose

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Virtualizing network-on-chip resources in chip-multiprocessors

BibTex:
Research Area:	Processor Architecture	Year:	2011
Type of Publication:	Article	Keywords:	multiprocessing systems;network-on-chip;
Authors:	Trivino, F. Sanchez, J. Alfaro, F. J. Flich, Jose
Journal:	Microprocessors and Microsystems	Volume:	35
Number:	2	Pages:	230 - 45

ISSN:	0141-9331

@article{11839233, author = "F. Trivino and J. Sanchez and F.J. Alfaro and Flich, Jose", abstract = "The number of cores on a single silicon chip is rapidly growing and chips containing tens or even hundreds of identical cores are expected in the future. To take advantage of multicore chips, multiple applications will run simultaneously. As a consequence, the traffic interferences between applications increases and the performance of individual applications can be seriously affected.In this paper, we improve the individual application performance when several applications are simultaneously running. This proposal is based on the virtualization concept and allows us to reduce execution time and network latency in a significant percentage. [All rights reserved Elsevier].", address = "Netherlands", doi = "10.1016/j.micpro.2010.10.001", issn = "0141-9331", journal = "Microprocessors and Microsystems", keywords = "multiprocessing systems;network-on-chip;", note = "virtualizing network-on-chip resources;chip multiprocessors;single silicon chip;identical cores;multicore chips;traffic interferences;virtualization concept;", number = " 2", pages = "230 - 45", title = "{V}irtualizing network-on-chip resources in chip-multiprocessors", url = "http://dx.doi.org/10.1016/j.micpro.2010.10.001", volume = " 35", year = "2011", }
Note:	virtualizing network-on-chip resources;chip multiprocessors;single silicon chip;identical cores;multicore chips;traffic interferences;virtualization concept;
Abstract:	The number of cores on a single silicon chip is rapidly growing and chips containing tens or even hundreds of identical cores are expected in the future. To take advantage of multicore chips, multiple applications will run simultaneously. As a consequence, the traffic interferences between applications increases and the performance of individual applications can be seriously affected.In this paper, we improve the individual application performance when several applications are simultaneously running. This proposal is based on the virtualization concept and allows us to reduce execution time and network latency in a significant percentage. [All rights reserved Elsevier].
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