Isomery lattice work stream management system based on virtual service

Abstract

The invention discloses a management system of isomeric grid work flow which is based on virtual service, wherein a virtual information managing module is used to integrate service information of various isomeric grid, which provides virtual service information after being divided to a virtual service dispatching module, the virtual service dispatching module chooses correct service to carry on agrid platform in a virtual service group according to the input parameter which is provided by a work flow engine, and results are returned to the work flow engine, external data request is submittedto a virtual data center managing module, and virtual data address is exchanged to physical address by the virtual data center managing module, and results are deoxidized to virtual address and are returned after actual data are operated. The invention shields isomeric property of lower-layer grid platform through leading in the vertical service, and a work flow managing system is added in the choice and dispatching of the grid service, mutual operation of service resources among various isomeric grid platforms is achieved, and reliability and flexibility of the grid work flow managing systemare improved.

Description

technical field [0001] The invention belongs to the field of grid computing, and in particular relates to a heterogeneous grid workflow management system based on virtual services. Background technique [0002] Grid is another major technological advancement after the Internet. In foreign countries, grid is often called "the next generation of World Wide Web". The fundamental feature of the grid is resource sharing and elimination of resource islands on the Internet. It connects and integrates geographically distributed and heterogeneous resources through a high-speed network to realize the comprehensive sharing of computing resources, storage resources, data resources, information resources, knowledge resources and expert resources. At present, the well-known grid platforms at home and abroad include GPE (German National Grid Platform), CGSP (China Education and Research Grid Platform) and GOS (Vega Grid Operating System), which are developed by different universities and ...

AI Technical Summary

Problems solved by technology

[0005] 1) In a heterogeneous environment, it is difficult to interact with heterogeneous grid services in the workflow service process;

[0006] 2) The support for service reliability is insufficient, making the reliability of the entire workflow service depend on the reliability of each single atomic service; once a certain atomic service resource fails, the entire service process will be terminated

[0007] 3) Weak adaptability, in a grid environment where services change dynamically, the relative independence and stability of workflow services cannot be maintained; any change in any subtask will lead to rewriting and deployment of program code

[0008] 4) The tight coupling between services and data makes the control logic of the system blurred

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