Researchers at the Cornell University created an algorithm which enables robots to “coactively learn” from humans and make adjustments while an action is in progress. Their approach relies on a combination of machine learning, object and user association, and trajectory adjustment could allow robots to operate more reliably when it comes to object manipulation and… »
A team of chemists at the Cornell University developed a polymer that could be used to detect a chemical that’s often the key ingredient in improvised explosive devices (IEDs). The polymer, which could find its use in low-cost, handheld explosive detectors and could be used to replace bomb-sniffing dogs, can be quickly and safely detected… »
Cornell bioengineers and physicians have used 3D printing and injectable gels made of living cells to create an artificial ear that looks and acts as a natural human ear. The method could be very useful for reconstructive surgery, and the particular case where an ear is created could give new hope to thousands of children… »
Development of small flying machines able to patrol recon or search and rescue missions has been around for a while now. While small flying machines which use GPS in order to find their way to their destination are already common, there is a need for development of other systems which enable maneuvering around obstacles in… »
The Cornell University College of Human Ecology Building modern design blends into the surrounding natural landscape with minimal disruption to the neighboring community on Forest Home Drive. The building was built with commitment to responsible stewardship and sustainability, and it is on target to achieve LEED Gold certification with striving for LEED Platinum, the highest… »
Researchers in Cornell’s Personal Robotics Lab have developed a new algorithm which enables a robot to rely on its artificial intelligence to look at a group of objects instead recognizing single objects placed in front of its sensors. The algorithm enables the robot to survey its surroundings, identify all the objects, figure out where they… »
In one of our previous articles, we wrote about two ideas that employ robots building construction, but researchers from Cornell University came up with a different approach in a project named Machine Metabolism – Truss Structure Manipulation using Robots. The project involves a robotic system capable to break down modular elements and reuse them to… »
An interdisciplinary group of researchers made a breakthrough in cotton fiber research by finding a way to transform everyday cotton into high-tech fabric. Their work could lead to functional clothing – a seamless blend of clothing and electronics that could be used in future hospital clothes with sensors used to monitor medical patients or in… »
