Faro Technologies Inc. / MIT Lincoln Labs / Quantum Electronics / Media Lab Consortium Members / NVIDIA / /
Continent
ASIA / /
Country
China / /
Currency
pence / USD / /
Facility
Morgridge Institute / Tsinghua University / College of Engineering / University of Wisconsin / /
IndustryTerm
ultrafast imaging hardware / ultrafast transient imaging / light travel time / scientific imaging / conventional imaging hardware / multipleslit streak tube imaging / medical imaging / energy front / capture systems / ultrafast time-offlight imaging / computer vision algorithms / flight imaging / x-ray imaging / ultrafast imaging technique / amplified imaging / photonic mixer devices / curved spherical energy fronts / signal processing / anisotropic media / resolved sampling imaging / turbid media / spherical energy front / transient imaging / bare-sensor imaging / optimized systems / line scanning devices / time-of-flight imaging / potential applications / ultrafast imaging / space-time coordinate systems / re-purpose modern imaging hardware / real travel time / optical hardware / Low-budget transient imaging / time-resolved imaging / ultrafast imaging system setup / travel time / industrial imaging / pixel position vs. total path travel time / real-time monochromatic camera / computational imaging / ultrafast imaging system / bare sensor imaging / energy fronts / /
Organization
Army Research Office / Morgridge Institute for Research / Tsinghua University / MIT / DARPA Young Faculty / Spanish Ministry of Education / Institute for Soldier Nanotechnologies / Spanish Ministry of Science and Innovation / MIT Department of Chemistry Figure / MIT Media Lab / Universidad de Zaragoza / College of Engineering / University of Wisconsin / /
Person
Belen Masia / G OYAL / V / Elisa Amoros / Greg Gbur / Nij / Ramesh Raskar / Julio Marco / Paz Hernando / /
Femto-Photography: Capturing and Visualizing the Propagation of Light