Relativistic Ultrafast Rendering Using Time-Of-Flight Imaging
SIGGRAPH '12: Special Interest Group on Computer Graphics and Interactive Techniques Conference Los Angeles California August, 2012(2012)
Abstract
We capture ultrafast movies of light in motion and synthesize physically valid visualizations. The effective exposure time for each frame is under two picoseconds (ps). Capturing a 2D video with this time resolution is highly challenging, given the low signal-to-noise ratio (SNR) associated with ultrafast exposures, as well as the absence of 2D cameras that operate at this time scale. We re-purpose modern imaging hardware to record an average of ultrafast repeatable events that are synchronized to a streak tube, and we introduce reconstruction methods to visualize propagation of light pulses through macroscopic scenes.
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Key words
relativistic ultrafast rendering,imaging,time-of-flight
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