News by Topic: Imaging Science

Essay by Amanda Ziemann ’10, ’11 MS (applied mathematics), a remote sensing scientist at Los Alamos National Laboratory, published by Space.com.

A team of researchers that develops artificial intelligence systems is putting its work to a unique new test: creating machines capable of playing the popular video game Starcraft II. Researchers think it could be an important stepping stone to advancing practical solutions such as self-driving cars, service robots, and other real-world applications.

An RIT faculty member is creating new artificial intelligence systems that could empower agricultural researchers, breeders, nurseries, and other users to analyze the roots of their crops with the power of their smartphones. Assistant Professor Guoyu Lu is receiving a $450,000 New Investigator grant from the U.S. Department of Agriculture to conduct the research.

WROC-TV interviews Michael Richmond, professor of physics and astronomy, about NASA's Mars 2020 Perseverance rover.

RIT Professor Jan van Aardt from the Chester F. Carlson Center for Imaging Science is receiving more than $357,000 in funding from the United States Department of Agriculture to help grape growers make data-driven nutrient-management decisions.

Several School of Physics and Astronomy faculty secured large grants as principal investigators during a banner summer.

Scientists began conducting research at the Tait Preserve of RIT for the first time this summer. Researchers from the Digital Imaging and Remote Sensing Laboratory were the first to use the site, collecting data using imaging technology flown on unmanned aerial systems, or drones.

WXXI’s “Connections” program features Roger Easton, professor in the Chester F. Carlson Center for Imaging Science; Lisa Enochs, second-year student double majoring in motion picture science and imaging science; and Zoë LaLena, second-year imaging science student.

Imaging scientists at RIT have several new projects in the works to improve the way waveform LiDAR can be used to study forests. LiDAR currently does a good job of outlining the top portion of forests, but by using a more complex form of LiDAR, it can reveal much more detail about what lies beneath the forest canopy’s surface.

RIT students discovered lost text on 15th-century manuscript leaves using an imaging system they developed as freshmen. By using ultraviolet-fluorescence imaging, the students revealed that a manuscript leaf held in RIT’s Cary Graphic Arts Collection was actually a palimpsest, a manuscript on parchment with multiple layers of writing.

RIT will celebrate graduate research during the 13th annual Graduate Education Week and Showcase: A Vision into the Future. The virtual event—Nov. 16 to 20—creates a platform for sharing and exchanging ideas during the COVID-19 pandemic, with pre-recorded and live presentations, demonstrations, visual exhibitions, and an alumni panel discussion.

Scientists from RIT are developing affordable imaging systems to help libraries and museums preserve and expand access to their historical collections. The project, funded by a grant from the National Endowment for the Humanities, aims to create a low-cost spectral imaging system and software that can be used to recover obscured and illegible text on historical documents.