为解决基于5G技术的城域光传送网(Mobile Optical Transport Network,M-OTN)发展问题,从5G技术和基于5G技术的M-OTN角度入手,对5G技术背景下,M-OTN的运用优势以及主要发展方向进行研究,提出综合承载架构、组网方案、开放式传送网架构以...为解决基于5G技术的城域光传送网(Mobile Optical Transport Network,M-OTN)发展问题,从5G技术和基于5G技术的M-OTN角度入手,对5G技术背景下,M-OTN的运用优势以及主要发展方向进行研究,提出综合承载架构、组网方案、开放式传送网架构以及M-OTN技术、光子集成技术、智能光网络(Automatically Switched Optical Network,ASON)技术的应用和发展前景,以期能够为相关人员以及技术研究提供参考。展开更多
Based on open grid service architecture (OGSA) and Globus Toolkit 3. 0 (GT3), a manufacturing grid (MG) is proposed to realize resource sharing and collaborative working among manufacturing enterprises. Nevertheless, ...Based on open grid service architecture (OGSA) and Globus Toolkit 3. 0 (GT3), a manufacturing grid (MG) is proposed to realize resource sharing and collaborative working among manufacturing enterprises. Nevertheless, resource management in MG is much more complicated than that in other grid applications due to the geographically distributed manufacturing resources, which range from CAD, CAPP and CAE to various kinds of machine tools. With the interaction of manufacturing grid information service (MGIS, developed by ourselves) and globus resource allocation manager (GRAM, provided by GT3), a resource management framework is presented to perform the functions of resource encapsulation, registry, discovery and monitoring. Furthermore, the application architecture and an example are depicted to illustrate the utilization of the resource management system.展开更多
基金TheDevelopingFoundationofShanghaiScienceandTechnologyCommittee (No .0 2 5 1110 5 5 ) .
文摘Based on open grid service architecture (OGSA) and Globus Toolkit 3. 0 (GT3), a manufacturing grid (MG) is proposed to realize resource sharing and collaborative working among manufacturing enterprises. Nevertheless, resource management in MG is much more complicated than that in other grid applications due to the geographically distributed manufacturing resources, which range from CAD, CAPP and CAE to various kinds of machine tools. With the interaction of manufacturing grid information service (MGIS, developed by ourselves) and globus resource allocation manager (GRAM, provided by GT3), a resource management framework is presented to perform the functions of resource encapsulation, registry, discovery and monitoring. Furthermore, the application architecture and an example are depicted to illustrate the utilization of the resource management system.
