Abstract
We have developed an efficient method for interactive multiresolution video. We present a new representation for interactive video that allows for varying spatial and temporal resolutions in any part of a video sequence. While conventional interactive video has mainly concentrated on the interactive story telling or scenario, our representation allows the viewer to interactively control the spatial and temporal resolution at real-time. It can be used to implement a sports entertainment and/or training program, a scientific simulation, or a complicated virtual reality game.
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