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Study on resource service match and search in manufacturing grid system

机译:制造网格系统中资源服务匹配与搜索的研究

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摘要

Resource service match and search (RSMS) is the core to realize manufacturing grid (MGrid) resource scheduling. In order to realize effectively RSMS between resource demanders and providers, a RSMS framework is proposed and the key technologies to realize it are studied. The describing information of resource services are classified into four categories: (a) word concept information, (b) sentence information, (c) number information, including number interval and fuzzy number, and (d) entity class (or data structure) information. The similarity matching algorithms of each kind of describing information are investigated, respectively, including word matching algorithms, sentence matching algorithms, number matching algorithms, and entity class matching algorithms. Based on the proposed matching algorithms, the match and search processes of MGrid resource services are divided into four phases: first, matching the basic information of resource services, such as service name and service description, namely, basic matching; second, matching the inputs and outputs information of resource services, namely, I/O matching; third, matching the quality of service (QoS) information of resource services, namely QoS matching; last, combining the above three matching results and generating an integrated matching result, namely, integrated matching. The matching functions and algorithms of each phase are described in detail. A case study illustrates the application of proposed methods, and the accuracy and efficiency of the proposed method are measured.
机译:资源服务匹配和搜索(RSMS)是实现制造网格(MGrid)资源调度的核心。为了有效地实现资源需求者与提供者之间的RSMS,提出了一种RSMS框架,并研究了实现该框架的关键技术。资源服务的描述信息分为四类:(a)单词概念信息,(b)句子信息,(c)包括信息间隔和模糊数的数字信息,以及(d)实体类别(或数据结构)信息。分别研究了每种描述信息的相似度匹配算法,包括词匹配算法,句子匹配算法,数字匹配算法和实体类别匹配算法。基于提出的匹配算法,MGrid资源服务的匹配和搜索过程分为四个阶段:首先,对资源服务的基本信息进行匹配,例如服务名称和服务描述,即基本匹配;其次,对资源服务的输入输出信息进行匹配,即I / O匹配。第三,对资源服务的服务质量信息进行匹配,即QoS匹配。最后,将上述三个匹配结果进行组合,生成综合匹配结果,即综合匹配。详细介绍了每个阶段的匹配功能和算法。案例研究说明了所提出方法的应用,并测量了所提出方法的准确性和效率。

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