Interoperation between Atomic Energy Grid Infrastructure (AEGIS) and Other Grids

Yoshio Suzuki (), Noriyuki Kushida (), Naoya Teshima (), Kohei Nakajima (), Akemi Nishida () and Norihiro Nakajima ()
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Yoshio Suzuki: Japan Atomic Energy Agency, Center for computational science and e-systems
Noriyuki Kushida: Japan Atomic Energy Agency, Center for computational science and e-systems
Naoya Teshima: Japan Atomic Energy Agency, Center for computational science and e-systems
Kohei Nakajima: Japan Atomic Energy Agency, Center for computational science and e-systems
Akemi Nishida: Japan Atomic Energy Agency, Center for computational science and e-systems
Norihiro Nakajima: Japan Atomic Energy Agency, Center for computational science and e-systems

A chapter in High Performance Computing on Vector Systems 2008, 2009, pp 65-77 from Springer

Abstract: Abstract Coordination of global knowledge is needed to advance the computational and computer science needed for nuclear research. We have been conducting cooperative international research in various fields to construct a highly-secure worldwide network computing infrastructure, based on the Atomic Energy Grid Infrastructure (AEGIS). A promising way to achieve this is to establish interoperation using AEGIS with other grids. The operation of existing grid environments that allow the continuous development and execution of user applications is critical. To achieve the interoperability while maintaining operations, we have developed a system that converts messages among different grid middlewares without requiring modification of grid middlewares. To realize interoperability with two or more grid middlewares in the present study, we have defined the application programming interface (API) as a common interface to convert messages among the grid middlewares. We have applied our system to three interoperable environments. Through these experiments, we have confirmed that our system is applicable to the construction of interoperable environments among various grid middlewares.

Date: 2009
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DOI: 10.1007/978-3-540-85869-0_7

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