Along with the progress of computer science and technology, the rendering speed for scientific visualization is benefit not only from the great increment of processor clock speed, but also from the performance improvement of graphics chips. Classic scientific visualization allowed one participant do his job on single location separately. But now is a generation which emphasized the importance of cooperative working and reusable resources. With the quick growth of the network bandwidth, it is feasible to expand the traditional scientific visualization with single host mode to CSCV (Computer Supported Collaborative Visualization, CSCV), which is based on interactive multi-hosts mode via network binding. This thesis utilized VTK ...