Saturday, February 16, 2013
Room 313 (Hynes Convention Center)
Conventional tomography uses time as an extra dimension to expand measurement space to match the dimensionality of image space. Compressive sensing (CS) offers a way to eliminate the need to trade between temporal and spatial resolution. This talk describes applications of CS in each of the three major branches of tomography: diffraction tomography (3D holographic video microscopy), projection tomography (x-ray molecular imaging), and coherence tomography (hyperspectral and 3D video).