A Multi-level Tree Overlay Network for Application Service Provider Platforms Based on Manufacturing Grid
Resource sharing on manufacturing grid (MG) consists of two parts: resource provision and resource application, which are connected by resource discovery. With focus on resource application, this paper studies the problem of resource discovery in broad area. In order to solve problems with centralis...
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| creator | Tan Wei Yao Xi-fan |
| description | Resource sharing on manufacturing grid (MG) consists of two parts: resource provision and resource application, which are connected by resource discovery. With focus on resource application, this paper studies the problem of resource discovery in broad area. In order to solve problems with centralism and distributional structure for ASP deployment, we propose a multilevel-tree overlay network structure for ASP deployment. Its nodes are highly autonomous and mutually supportive, thus they form tight and flexible information route topology. Among its many enterprise-oriented and application-oriented features, this structure allows for retrieval and multi-spot discovery of resource in broad area. We describe the process of resource discovery based on the structure in detail. Finally, its validity was illustrated with quantified examples and a demo prototype. |
| doi_str_mv | 10.1109/ICNDS.2009.128 |
| format | Conference Proceeding |
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With focus on resource application, this paper studies the problem of resource discovery in broad area. In order to solve problems with centralism and distributional structure for ASP deployment, we propose a multilevel-tree overlay network structure for ASP deployment. Its nodes are highly autonomous and mutually supportive, thus they form tight and flexible information route topology. Among its many enterprise-oriented and application-oriented features, this structure allows for retrieval and multi-spot discovery of resource in broad area. We describe the process of resource discovery based on the structure in detail. 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With focus on resource application, this paper studies the problem of resource discovery in broad area. In order to solve problems with centralism and distributional structure for ASP deployment, we propose a multilevel-tree overlay network structure for ASP deployment. Its nodes are highly autonomous and mutually supportive, thus they form tight and flexible information route topology. Among its many enterprise-oriented and application-oriented features, this structure allows for retrieval and multi-spot discovery of resource in broad area. We describe the process of resource discovery based on the structure in detail. 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With focus on resource application, this paper studies the problem of resource discovery in broad area. In order to solve problems with centralism and distributional structure for ASP deployment, we propose a multilevel-tree overlay network structure for ASP deployment. Its nodes are highly autonomous and mutually supportive, thus they form tight and flexible information route topology. Among its many enterprise-oriented and application-oriented features, this structure allows for retrieval and multi-spot discovery of resource in broad area. We describe the process of resource discovery based on the structure in detail. Finally, its validity was illustrated with quantified examples and a demo prototype.</abstract><pub>IEEE</pub><doi>10.1109/ICNDS.2009.128</doi><tpages>5</tpages></addata></record> |
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| source | IEEE Electronic Library (IEL) Conference Proceedings |
| subjects | application service provider Application software Application specific processors Automotive engineering Collaboration Computer aided manufacturing Computer networks Electronic mail Grid computing manufacturing grid Network topology resource discovery Resource management sharing |
| title | A Multi-level Tree Overlay Network for Application Service Provider Platforms Based on Manufacturing Grid |
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