Efficient visualization of 3D medical scenes for remote interactive applications
Résumé
In this paper, we propose a software framework for developing interactive medical applications that execute on remote servers. The 3D visualization interface of the application can be disconnected from the computation core to allow rendering of the medical scene on the user display while the heavy computations are executed on a remote workstation or a computational grid. We introduce a software architecture designed for reducing the communication overhead between the remote and the local processes and for easing software development by offering transparent management of communications. Execution of a 2D and a 3D segmentation applications are demonstrated and performances are evaluated.
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