
Project
Shape-From-Shading 3D reconstruction On-Line Tool
An open-source, cloud-based tool that reconstructs the 3D surface of squeezes, seals and other inscribed objects from photos taken under different lighting.
Digitization campaigns, tools and collaborations, from the Rosetta Stone to squeezes, seals, manuscripts and sculpture.

Project
An open-source, cloud-based tool that reconstructs the 3D surface of squeezes, seals and other inscribed objects from photos taken under different lighting.

Project
In 2018 a University of Florida and Leipzig team scanned the Rosetta Stone at the British Museum, producing a high-resolution 2D and 3D map of its inscribed surface.

Project
A pilot with UC Berkeley’s Aleshire Center digitized paper squeezes of Greek inscriptions in 3D to push shape-from-shading to its limits.

Project
Statues from the Palazzo Altemps in Rome were digitized with low-cost infrared depth sensors and made searchable by pose instead of keywords.

Project
A French–American collaboration, backed by a €53,500 BSN5 grant, to digitize and publish nearly 8,000 Greek inscription squeezes online.

Project
Embossed stationery marks on Abraham Lincoln documents, including Cornell’s Gettysburg Address, were digitized in 3D with Cornell and the Library of Congress.

Project
Seals, medals and lace samples from the 13th to 16th centuries, held by The National Archives (UK), were digitized in 3D in a joint pilot.

Project
The NEH-funded web toolbox for digitizing epigraphic squeezes in 3D and studying inscriptions online, now succeeded by the shape-from-shading online tool.