TAILIEUCHUNG - An Event Service to Support Grid Computational Environments

Tham khảo sách 'an event service to support grid computational environments', kinh doanh - tiếp thị, tổ chức sự kiện phục vụ nhu cầu học tập, nghiên cứu và làm việc hiệu quả | CONCURRENCY-PRACTICE AND EXPERIENCE Concurrency Pract. Exper. 2002 01 1 34 Prepared using Version 2001 03 05 An Event Service to Support Grid Computational Environments Geoffrey Fox1 and Shrideep Pallickara2 1 gcf@ Dept. of Computer Science Indiana University 2 sbpallic@ Dept. of Electrical Engineering Computer Science Syracuse University SUMMARY We believe that it is interesting to study the system and software architecture of environments which integrate the evolving ideas of computational grids distributed objects web services peer-to-peer networks and message oriented middleware. Such peer-to-peer P2P Grids should seamlessly integrate users to themselves and to resources which are also linked to each other. We can abstract such environments as a distributed system of clients which consist either of users or resources or proxies thereto. These clients must be linked together in a flexible fault tolerant efficient high performance fashion. In this paper we study the messaging or event system termed GES or the Grid Event Service that is appropriate to link the clients both users and resources of course together. For our purposes registering transporting and discovering information events are just messages typically with time stamps. The messaging system GES must scale over a wide variety of devices from hand held computers at one end to high performance computers and sensors at the other extreme. We have analyzed the requirements of several Grid services that could be built with this model including computing and education and incorporated constraints of collaboration with a shared event model. We suggest that generalizing the well-known publish-subscribe model is an attractive approach and here we study some of the issues to be addressed if this model is used in the GES. KEy WORDS distributed messaging publish subscribe guaranteed delivery grid systems peer-to-peer infrastructures and event distribution systems. .

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