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Carnegie Mellon

Team of robots decoating a cargo plane

If you think stripping paint off an end table can be a messy, time consuming job, imagine removing paint and other coatings from an aircraft like the C-130 transport plane. Tasked with developing a robotic system that would take such a chore out of the hands of maintenance personnel, Carnegie Mellon University's National Robotics Engineering Center (NREC) and Concurrent Technologies Corporation (CTC) of Johnstown, Pennsylvania, developed a team of robots that gets the job done – using laser beams, no less.  Read More

A magnetic capsule robot made primarily out of soft elastomer developed at CMU's Nanorobot...

Carnegie Mellon University's (CMU's) Nanorobotics Laboratory has received US$787,000 in funding from the National Institutes of Health, which will be matched by CMU, to develop a squishy robotic capsule that can be controlled while inside the body. The capsule could replace invasive endoscopes by performing camera imaging, drug injection, tissue sampling, and more.  Read More

The proposed Virtual Traffic Lights system could make lights like these obsolete (Photo: S...

If you’ve ever seen two groups of ants meet up with one another on intersecting paths, you’ll notice that they don’t crash into each other. Instead, the larger group instinctively takes the right-of-way, followed by the smaller group – the same thing applies to bees and termites. Inspired by this behavior, Carnegie Mellon University telecommunications researcher Ozan Tonguz wondered if the same thing could be applied to traffic flow.  Read More

Bossa Nova Robotics has announced it will begin selling a new research platform called mOb...

Bossa Nova Robotics, a spin-off of Carnegie Mellon University's Robotics Institute, has announced a new research platform called mObi. The mObi platform is based on a design by Professor Ralph Hollis, who developed a robot that balanced and moved on a ball instead of wheels, called the Ballbot. Thanks to its unique form of locomotion, mObi moves gracefully in any direction and could be put to work as a telepresence robot in the future.  Read More

Researchers from Carnegie Mellon University have developed a system called acoustic barcod...

For many of us, pointing a device at an object and retrieving data about it has become part of our daily lives. The vast majority of our purchases will sport the ubiquitous barcode; an increasing number of printed magazine adverts, online articles and even television shows are using QR codes for access to more information; and most recently, near field communication technology is opening up new ways to interact with the world around us. A team of researchers from the Human-Computer Interaction Institute and Heinz College Center for the Future of Work Carnegie Mellon University has been looking into an alternative object tagging system called acoustic barcodes. The system takes the sound of a finger, pen or phone scraping across a series of parallel notches etched, embossed or cut into a surface or object, and converts it into a unique binary ID.  Read More

The Polaris lunar water prospecting robot prototyple

Astrobotic Technology Inc., a spin-off company of Carnegie Mellon University (CMU), has debuted its full-size flight prototype of its Polaris lunar water-prospecting robot. Polaris is specially designed to work in the permanently shadowed craters at the Moon’s poles. Scheduled to be sent to the Moon using a SpaceX Falcon 9 launch vehicle, the solar-powered rover is a contender in the US$20 million Google Lunar X Prize and is tasked with seeking ice deposits that could be used by future colonists.  Read More

A 3D printed mobile projector accessory with embedded light pipes that direct light to the...

Researchers at Disney Research Pittsburgh and Carnegie Mellon University are experimenting with 3D printed optics using clear resin. Printed optics can create a variety of effects within 3D-printed objects, from focusing light within printed prisms to channeling light through honeycomb-like "light pipes," which give the effect of individually lit pixels.  Read More

A new software system is able to determine the visual elements that are unique to a given ...

If you were an animator who was instructed to “Make a street that looks like it’s in Paris,” chances are you might not know what to do. Sure, you could occasionally put the Eiffel Tower in the background, but you couldn’t do that for every shot. If you were using a new data-mining system developed by Carnegie Mellon University and INRIA/École Normale Superiéure in Paris, however, it would show you what you should include. The software automatically looks through photos taken in various cities, and identifies the recurring visual features unique to each place.  Read More

Using NASA Landsat imagery, Google Earth Engine now allows users to view fully interactive...

A combined effort between researchers at the Carnegie Mellon University Robotics Institute, the U.S. Geological Survey (USGS) and Google provides users with easy access to 13 years of NASA Landsat imagery of the Earth’s surface. The new capability within Google Earth Engine lets users zoom in and out on any spot on the globe, moving back and forth in time between 1999 and 2011.  Read More

The Hummingbird kit allows children to turn their art projects into moving, interactive ro...

Children generally love to create art and are fascinated by robots, so what if there was a way for them to turn their art projects into robots? Well, there is. Carnegie Mellon University spin-off company BirdBrain Technologies has introduced the Hummingbird kit, which contains everything kids (or adults) need to add powered movement and interactivity to their dragons, kitties or spaceships.  Read More

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