Tue, Jan. 10 Introduction (Marc and Hendrik) Thu, Jan. 12 The art of photography (Marc) Digital camera technology Tue, Jan. 17 Image sensors (Hendrik) Thu, Jan. 19 Optics for photography (Marc) Tue, Jan. 24 Focusing, metering, and other in-camera systems (Marc) Thu, Jan. 26 Exotic sensors, high-speed photography (Hendrik) Computational sensing Tue, Jan. 31 Demosaicing, high dynamic range, flash-noflash (Hendrik) Thu, Feb. 2 Mosaicing, panoramas, omnidirectional imaging (Hendrik) Tue, Feb. 7 Discussion of research papers Plenoptic functions and light fields Thu, Feb. 9 Plenoptic functions and light fields (Marc) Tue, Feb. 14 Geometry-assisted light fields, shape from light fields, applications (Marc) Thu, Feb. 16 Students present project ideas Multi-dimensional imaging Tue, Feb. 21 Projectors, arrays of projectors, computational illumination (Marc) Thu, Feb. 23 Passive and active shape reconstruction (Hendrik) Tue, Feb. 28 Light transport matrices (Hendrik) Computational imaging in other fields Thu, March 2 Imaging in medicine and physics: confocal imaging and tomography (Marc) Tue, March 7 Microscopes and telescopes: deconvolution and coded-aperture imaging (Marc) Thu, March 9 Discussion of research papers Endgame Tue, March 14 Debate: what limits should society place on ubiquitous sensing? Thu, March 16 Project presentations (2:30pm - 5:30pm) Writeups due Monday, March 20