One of the challenges that come from the development of Grid Computing applications is to predigest complicated process of compiling, deploying on the infrastructures and toolkits such as Globus Toolkit. As we explain...One of the challenges that come from the development of Grid Computing applications is to predigest complicated process of compiling, deploying on the infrastructures and toolkits such as Globus Toolkit. As we explain in this article, we think it is essential to find the solution for rapid Grid Computing applications development. GBuilder is just such a tool we worked out for rapid develop on extant Grid Computing infrastructure platforms. By using GBuilder, applications should be able to react dynamically to different infrastructures and toolkits. Since WS-Resource Framework （WSRF） specifications provide technique standard to developers to declare and implement the association between Web service and one or more stateful resources, we aim at making infrastructures provide WS-Resource according these specifications automatically by adding a middleuaare. This paper focuses on the adapting mechanisms that are provided as the lowermost component of GBuilder. First we study the adapting model for Globus Toolkit in patterns of combination dynamic and static. Then it describes how to apply the dynam-static adaptation flexibly to adjust different infrastructures to provide WS-Resource based on WSRF. At last, it comes along the conclusion and we give out our future works.展开更多
While grid computing receives more and more attentions, it is not widely used partly due to requirement of sophisticated development. This paper discusses a code generation framework for grid computing. We firstly int...While grid computing receives more and more attentions, it is not widely used partly due to requirement of sophisticated development. This paper discusses a code generation framework for grid computing. We firstly introduce GBuilder as a rapid development tool for building grid computing applications, then present the details of the code generation framework. We then discuss a case study to show the advantages of the whole processing of code generation framework, which including saved development time and less intricacy burden on the grid application developers.展开更多
基金This workis supported bythe National Natural Science Foundation of China (60573141 &70271050)the Natural Science Foundation of Jiangsu Province(BK2005146)+3 种基金The pre-research project funded by Natural Science Foundation of Jiangsu province (BK2004218)High Technology Research Programme of Jiangsu Province(BG2004004,BG2005037,BG2005038) key Laboratory of Information Technology processing of Jiangsu Province.(kjs05001)Project sponsored by Jiangsu provincialresearch scheme of natural science for higher educationinstitutions (05KJB520092) .
文摘One of the challenges that come from the development of Grid Computing applications is to predigest complicated process of compiling, deploying on the infrastructures and toolkits such as Globus Toolkit. As we explain in this article, we think it is essential to find the solution for rapid Grid Computing applications development. GBuilder is just such a tool we worked out for rapid develop on extant Grid Computing infrastructure platforms. By using GBuilder, applications should be able to react dynamically to different infrastructures and toolkits. Since WS-Resource Framework （WSRF） specifications provide technique standard to developers to declare and implement the association between Web service and one or more stateful resources, we aim at making infrastructures provide WS-Resource according these specifications automatically by adding a middleuaare. This paper focuses on the adapting mechanisms that are provided as the lowermost component of GBuilder. First we study the adapting model for Globus Toolkit in patterns of combination dynamic and static. Then it describes how to apply the dynam-static adaptation flexibly to adjust different infrastructures to provide WS-Resource based on WSRF. At last, it comes along the conclusion and we give out our future works.
文摘While grid computing receives more and more attentions, it is not widely used partly due to requirement of sophisticated development. This paper discusses a code generation framework for grid computing. We firstly introduce GBuilder as a rapid development tool for building grid computing applications, then present the details of the code generation framework. We then discuss a case study to show the advantages of the whole processing of code generation framework, which including saved development time and less intricacy burden on the grid application developers.
