Compression and Interactive Visualization of Terabyte Scale Volumetric RGBA Data with Voxel-scale Details
Mehmet Oğuz Derin, Takahiro Harada, Yusuke Takeda, Yasuhiro Iba · 2022
We present a compressed volumetric data structure and traversal algorithm that interactively visualizes complete terabyte-scale scientific data. Previous methods rely on heavy approximation and do not provide individual sample-level representation when going beyond gigabytes. We develop an extensible pipeline that makes the data streamable on GPU using compact pointers and a compression algorithm based on wavelet transform. The resulting approach renders high-resolution captures under varying sampling characteristics in real-time.