Distributed micro-switching network accelerating popularization of multimedia communication
Distributed micro-switching network accelerating popularization of multimedia communication
批准号:
08650447
负责人:
YAMADA Takahiko
金额:
$1.41万
依托单位:
依托单位国家:
日本
项目类别:
Grant-in-Aid for Scientific Research (C)
财政年份:
1996
资助国家:
日本
项目状态:
已结题
起止时间:
1996 至 1997
中文摘要
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英文摘要
The objectives of this research is to show how to quickly innovate the public network to the multimedia-based network taking advantages of downsizing of switching systems, and to present a micro-switching network architecture suitable for the purpose. The remarks of the obtained results of the research are as follows ;The internet access through the public network can be a carrying vehicle for the network innovation. Immigration of the internet services into the public network must be an evolution of the public network. The distributed micro-switching network should provide functions for efficient and high-speed internet access.The micro-switching network adopts tree topology to accommodate large amounts of subscribers randomly scattered over the wide area. Cell-based signaling systems should be developed to minimize call connection delay due to the distribution of switching systems, and to reduce hardware volume of thr tandem switch. Fundamental specification of the cell-based signali … More ng system is established.A router for the internet access should locate at the distributed subscriber node to use the besteffort services for the internet access. The upward stream of the internet access uses signaling facilities ; the D-channel signaling system in the subscriber loop, and cell-based signaling systems in the tandem network. The downward stream utilizes the tandem link shared by many users. The sequential-write and random-read function in a simple one-stage time switch allows packet-by-packet multiplexing and broadcasting of the IP packets. The research also pointed out the necessity of selective downloading functions for the IP broadcasting, this is because any IP packet for some user should not reach custom premises of other users'. The services are of the public network, not of LAN in a private area. The fundamental configuration of the selective downloading facilities are also demonstrated. The architecture fits the ADSL technology which is a hopeful technology for metallic subscriber loops.Technology which is a hopeful technology for metallic subscriber loops. Less
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T.YAMADA: "Internet Functions in the Micro-Switched Public Networks" Proceeding of ITU Telecom Intractive '97. GII.1.3.1-GII.1.3.5. (1997)
T.YAMADA:“微交换公共网络中的互联网功能”国际电联电信展 97 会议论文集。
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通讯作者:
T.YAMADA, 他: "A micro-cell-based hand over control system using distributed micro-switches" Asia-Pacific Network Operation and Management Symposium. Vol.1. 544-544 (1997)
T.YAMADA 等人:“使用分布式微交换机的基于微单元的切换控制系统”亚太网络运营和管理研讨会第 1 卷(1997 年)。
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T.YAMADA et, al.: "Distributed micro-switching systems for micro-cellar network" Proceeding of IEEEICCS. 1. 590-594 (1996)
T.YAMADA 等人:“微蜂窝网络的分布式微交换系统”IEEEICCS 论文集。
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T.YAMADA and H.ITOH: "Cell-based Packet Transfer ub Distributed Micro-Switching Networks" Proceeding of IEEE ICCS '96. 615-619 (1996)
T.YAMADA 和 H.ITOH:“基于单元的数据包传输和分布式微交换网络”IEEE ICCS 96 论文集。
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T.YAMADA, 他: "A Micro-Switched Access Network to the ATM-based Long Distance Network" Asia-Pacific Network Operation and Management Symposium. Vol.1. 427-438 (1997)
T.YAMADA 等人:“基于 ATM 的长距离网络的微交换接入网络”亚太网络运营和管理研讨会第 1 卷(1997 年)。
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财政年份:2009
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负责人:YAMADA Takahiko
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依托单位:
海外基金