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In recent years, the increasing development of cloud computing technologies laid critical foundation for efficiently solvingcomplicated geographic issues. However, it is still difficult to realize the cooperative operation of massive heterogeneousgeographical models. Traditional cloud architecture is apt to provide centralized solution to end users, while all the requiredresources are often offered by large enterprises or special agencies. Thus, it's a closed framework from the perspective of resourceutilization. Solving comprehensive geographic issues requires integrating multifarious heterogeneous geographical models and data.In this case, an open computing platform is in need, with which the model owners can package and deploy their models into cloudconveniently, while model users can search, access and utilize those models with cloud facility. Based on this concept, the opencloud service strategies for the sharing of heterogeneous geographic analysis models is studied in this article. The key technology:unified cloud interface strategy, sharing platform based on cloud service, and computing platform based on cloud service arediscussed in detail, and related experiments are conducted for further verification

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

Key Technology Research on Open Architecture for The Sharing of Heterogeneous Geographic Analysis Models