Dynamic Resource Allocation and QoS Control Capabilities of the Japanese Academic Backbone Network

Dynamic resource control capabilities have become increasingly important for academic networks that must support big scientific research projects at the same time as less data intensive research and educational activities. This paper describes the dynamic resource allocation and QoS control capabili...

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Main Authors: Michihiro Aoki, Yusheng Ji, Shunji Abe, Motonori Nakamura, Michihiro Koibuchi, Kensuke Fukuda, Shigeo Urushidani, Shigeki Yamada
Format: Article
Language:English
Published: MDPI AG 2010-08-01
Series:Future Internet
Subjects:
Online Access:http://www.mdpi.com/1999-5903/2/3/295/
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author Michihiro Aoki
Yusheng Ji
Shunji Abe
Motonori Nakamura
Michihiro Koibuchi
Kensuke Fukuda
Shigeo Urushidani
Shigeki Yamada
author_facet Michihiro Aoki
Yusheng Ji
Shunji Abe
Motonori Nakamura
Michihiro Koibuchi
Kensuke Fukuda
Shigeo Urushidani
Shigeki Yamada
author_sort Michihiro Aoki
collection DOAJ
description Dynamic resource control capabilities have become increasingly important for academic networks that must support big scientific research projects at the same time as less data intensive research and educational activities. This paper describes the dynamic resource allocation and QoS control capabilities of the Japanese academic backbone network, called SINET3, which supports a variety of academic applications with a wide range of network services. The article describes the network architecture, networking technologies, resource allocation, QoS control, and layer-1 bandwidth on-demand services. It also details typical services developed for scientific research, including the user interface, resource control, and management functions, and includes performance evaluations.
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spelling doaj.art-5e6a4b47967443c5b12c05e3461203f52022-12-22T03:28:01ZengMDPI AGFuture Internet1999-59032010-08-012329530710.3390/fi2030295Dynamic Resource Allocation and QoS Control Capabilities of the Japanese Academic Backbone NetworkMichihiro AokiYusheng JiShunji AbeMotonori NakamuraMichihiro KoibuchiKensuke FukudaShigeo UrushidaniShigeki YamadaDynamic resource control capabilities have become increasingly important for academic networks that must support big scientific research projects at the same time as less data intensive research and educational activities. This paper describes the dynamic resource allocation and QoS control capabilities of the Japanese academic backbone network, called SINET3, which supports a variety of academic applications with a wide range of network services. The article describes the network architecture, networking technologies, resource allocation, QoS control, and layer-1 bandwidth on-demand services. It also details typical services developed for scientific research, including the user interface, resource control, and management functions, and includes performance evaluations.http://www.mdpi.com/1999-5903/2/3/295/QoSbandwidth on demandnext-generation SDHMPLS/GMPLS
spellingShingle Michihiro Aoki
Yusheng Ji
Shunji Abe
Motonori Nakamura
Michihiro Koibuchi
Kensuke Fukuda
Shigeo Urushidani
Shigeki Yamada
Dynamic Resource Allocation and QoS Control Capabilities of the Japanese Academic Backbone Network
Future Internet
QoS
bandwidth on demand
next-generation SDH
MPLS/GMPLS
title Dynamic Resource Allocation and QoS Control Capabilities of the Japanese Academic Backbone Network
title_full Dynamic Resource Allocation and QoS Control Capabilities of the Japanese Academic Backbone Network
title_fullStr Dynamic Resource Allocation and QoS Control Capabilities of the Japanese Academic Backbone Network
title_full_unstemmed Dynamic Resource Allocation and QoS Control Capabilities of the Japanese Academic Backbone Network
title_short Dynamic Resource Allocation and QoS Control Capabilities of the Japanese Academic Backbone Network
title_sort dynamic resource allocation and qos control capabilities of the japanese academic backbone network
topic QoS
bandwidth on demand
next-generation SDH
MPLS/GMPLS
url http://www.mdpi.com/1999-5903/2/3/295/
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