A team from Cornell Bowers CIS has developed AutoPhoto, a robotic system that can roam an interior space and capture aesthetically pleasing photographs through a machine learning process.
Powering augmented and virtual reality technologies to tackle real-world problems is the focus of a two-year, $1.8 million grant from Meta and Spark AR to Cornell Bowers CIS and Cornell Tech’s XR Collaboratory.
Cornell has been awarded an $8.9 million cooperative agreement from the Air Force Research Laboratory for a regional research hub to spark collaborations in academia, government and industry.
Cornell researchers have created the most advanced virtual reality urban farm tour ever made, an online learning experience that promises to transport urban and rural farmers to New York City’s Red Hook Farms without ever leaving home.
A Cornell Tech clinic has created a new approach to helping survivors of domestic abuse stop assailants from hacking into their devices and social media to surveil and harass them.
Biologist Alex Flecker and computer scientist Carla Gomes co-led a project that employed AI and around 40 researchers in an attempt to determine optimal placement of around 350 hydropower dams in the Amazon river basin.
Cornell computer scientists have developed a new framework to automatically draw “underground maps,” which accurately segment cities into areas with similar fashion sense and, thus, interests.
Cheng Zhang, assistant professor of information science, and doctoral student Ruidong Zhang have developed a silent-speech recognition device, SpeeChin, that can identify silent commands using images of skin deformation in the neck and face.
René Kizilcec has been named a 2022-2024 Jacobs Foundation Fellow and will examine effective, affordable hybrid learning in secondary-school education in low-resource areas.
