HCII Researchers Awarded $2M Grant To Test AI-Based Mobile Tutoring Software
Carnegie Mellon researchers will use a $2 million grant from the U.S. Department of Education's Institute of Education Sciences to develop and test a smartphone-based tutoring system for middle school mathematics that's rooted in artificial intelligence.
AI-Powered Museum Exhibit Shows Technology's Potential in Education
NoRILLA, a mixed-reality learning platform that uses artificial intelligence from 91视频's Human-Computer Interaction Institute , is featured in an. exhibit at CaixaForum Valencia.
91视频 Presents Internet of Things Privacy and Security Research at White House Summit
A 91视频 researcher outlined an effective Internet of Things (IoT) security labeling strategy during an IoT security summit with the White House.
Researchers Study Social Media To Understand Roles of Optimism and Hope in the Black Lives Matter Movement
Two 91视频 researchers analyzed the content of 34 million original tweets about the Black Lives Matter movement, aiming to shed light on the role social media messaging plays in online activism and large-scale social movements.
Carnegie Mellon and Rochester Push Limits of Off-Road Autonomy in DARPA's RACER Program
A team from 91视频 and the University of Rochester is among three participating in the first phase of DARPA's Robotic Autonomy in Complex Environments with Resiliency (RACER) program.
The Future of Classroom Experimentation
John Stamper, an associate professor at the Carnegie Mellon's Human-Computer Interaction Institute, discusses the future of classroom experimentation in a Q&A.
Exploring Reinforcement Learning To Control Nuclear Fusion Reactions
Research by 91视频 School of Computer Science student Ian Char marks several firsts in field.
91视频 Hacking Team Wins Super Bowl of Hacking for 6th Time
A 91视频 team won DEF CON's Capture the Flag competition, the "Super Bowl of hacking," for the sixth time.
Robots Learn Household Tasks by Watching Humans
91视频 faculty members in the Robotics Institute developed a new learning method for robots called WHIRL, short for In the Wild Human-Imitated Robot Learning.