Articles from this Column
ByNovember 2015, Page 10 [Digital Edition ]
This modular kit to make your own personalized android head uses off-the-shelf components, and can be shared with a wide field of builders, academics, and robot enthusiasts.
BySeptember 2015, Page 10 [Digital Edition ]
Companies vie for opportunities with investors and market exposure in this unique competition.
ByJuly 2015, Page 10 [Digital Edition ]
See where the design, testing, and construction of RIT’s TigerBot V have evolved to now.
ByMay 2015, Page 10 [Digital Edition ]
With four arm-legs that walk, grasp, and bend every which way, this robot has some serious moves.
ByJanuary 2015, Page 10 [Digital Edition ]
Meet three land and water robots that make light(er) work of research, recon, and exploration.
ByNovember 2014, Page 10 [Digital Edition ]
Discover two reasonably priced robots that can teach kids to program from the time they’re five years old on up through their teens.
ByJuly 2014, Page 10 [Digital Edition ]
This robot sub is highly modular and offers one of the best autonomous subsea platforms available. As such, it was implemented in the search for missing Malaysian flight MH370.
ByMay 2014, Page 12 [Digital Edition ]
This DARPA Robotics Challenge contender is enabled for disaster recovery and rescue, and so much more.
ByMarch 2014, Page 10 [Digital Edition ]
The Pennsylvania-based Montgomery County Community College’s project helps give those Swedish weather folks eyes in the air.
ByJanuary 2014, Page 12 [Digital Edition ]
See what DJ Sures is doing at EZ-Robot Revolution for the future of robotics.
ByNovember 2013, Page 10 [Digital Edition ]
This is why robotics is so cool ... you can go from working on top secret Army bots to making animatronics for blockbuster movies.
BySeptember 2013, Page 10 [Digital Edition ]
Hip, new robots from Barobo, Inc., build on themselves to form educational and prototyping platforms, as well as enable new hacks for the creative roboticist.
ByJuly 2013, Page 10 [Digital Edition ]
“Cyro” mimicks its real life counterpart’s ocomotive capabilities to make it useful in both research of thesea itself and ocean-based surveillance.
ByMay 2013, Page 10 [Digital Edition ]
A Q&A with the makers of these cylindrical swimming automatons.
ByMarch 2013, Page 10 [Digital Edition ]
They may not be able to transform into cars, trucks, or aircraft, but there is a lot of stuff these manipulators can do.
ByJanuary 2013, Page 13 [Digital Edition ]
UC Davis — a 100+ year old institution of higher education — is encouraging STEM (Science, Technology, Engineering and Math) educational enhancements through the use of Mobots: a robot module platform created by Engineering Professor Harry H. Cheng and his master's student Graham Ryland. The plastic Mobots with their user-friendly programming and software are already in use in many area schools.
ByNovember 2012, Page 10 [Digital Edition ]
International Climbing Machines (ICM) robots use vacuum power to stay adhered to tall surfaces as they maneuver about, taking care of inspections and a variety of tasks.
ByOctober 2012, Page 10 [Digital Edition ]
The HUBO robot platform is a four foot, three inch tall, fully actuated humanoid robot with similar joint movement to that of humans. HUBO’s legs, arms, hands, fingers, and thumbs work about the same as human’s do, as well.
BySeptember 2012, Page 10 [Digital Edition ]
TigerBot is an autonomous humanoid robot platform capable of interacting with users through speech recognition.
ByAugust 2012, Page 10 [Digital Edition ]
Something fun, robotic, and mathematical is happening in Gulf Stream, FL, located on the state's southeastern coast. That's where Shawn Harahush — sometimes referred to as RoboTeacher — uses robots, engineering, and rockets to teach math to students at the Gulf Stream School.
ByJuly 2012, Page 14 [Digital Edition ]
When hereditary or male pattern baldness strikes, who you gunna call? A surgeon using the ARTAS System for robotic hair restoration surgery, that's who!
ByJune 2012, Page 05 [Digital Edition ]
Robot Band DARES to Sound Off in Contest
ByMay 2012, Page 10 [Digital Edition ]
Boca Bearing’s Robot Contestants — Part 1.
ByApril 2012, Page 10 [Digital Edition ]
Roboticist Achieves Human-Aided Robot Hand-Eye Coordination.
ByMarch 2012, Page 10 [Digital Edition ]
Robotic Venus Flytrap Models Small Muscle Function; Catches Bugs To Use As Fuel
ByFebruary 2012, Page 10 [Digital Edition ]
Eye Surgery Robot
ByJanuary 2012, Page 10 [Digital Edition ]
Scout UAV by Aeryon
ByDecember 2011, Page 10 [Digital Edition ]
The KarmetiK Machine Orchestra
ByNovember 2011, Page 10 [Digital Edition ]
Lingodroids Form Their Own Language
ByOctober 2011, Page 10 [Digital Edition ]
Kilobot Swarm Robots
BySeptember 2011, Page 10 [Digital Edition ]
Matt Bunting’s Hexapod Robot
ByAugust 2011, Page 10 [Digital Edition ]
ByJuly 2011, Page 10 [Digital Edition ]
Miniature Surgeons Travel Inside the Human Body
ByJune 2011, Page 10 [Digital Edition ]
A Robot’s Touch
ByMay 2011, Page 10 [Digital Edition ]
Robonaut 2: The First Robot on the International Space Station
ByApril 2011, Page 10 [Digital Edition ]
ByMarch 2011, Page 10 [Digital Edition ]
Knifefish Research Robot Models Undulating Fin Wave Propulsion
ByFebruary 2011, Page 10 [Digital Edition ]
Simple Spine of Lamprey Leads to Complex Robot Limbs and Neuroprostheses.
ByJanuary 2011, Page 10 [Digital Edition ]
What can you do with a latex balloon, some coffee grounds, and suction? You can create a universal jamming robotic gripper hand that can pick up anything.
ByDecember 2010, Page 10 [Digital Edition ]
Seaswarm robots and snake robots have been created to service many types of terrains and environments. Between them, they greatly improve the quality of work that robots can perform, cleaning and maintaining a variety of environments.
ByNovember 2010, Page 10 [Digital Edition ]
Events such as RoboGames attract bright minds and hungry competitors from across the country.The University of Akron’s student roboticists were well prepared with well-designed, efficient, and intelligent mobile robots.
ByOctober 2010, Page 10 [Digital Edition ]
The College of New Jersey in Ewing received an award of $359,477 in March ‘09 from the National Science Foundation (NSF) to support the Conducting Robots class for three years. The class brings together students from four disciplines — Computer Science, Mechanical Engineering, Interactive Multimedia, and Music — to design, build, and program robots capable of conducting orchestras.
BySeptember 2010, Page 11 [Digital Edition ]
A high school robotics team is tasked to solve complex programming and design problems in robotics to achieve a worthwhile goal for their age group in popular culture. Their resolution: a humanoid robot that effectively competes in a significantly high percentile in the Guitar Hero video game, defeating most opponents.
ByAugust 2010, Page 10 [Digital Edition ]
National Instruments LabVIEW graphical programming combined with powerful embedded hardware such as the NI Single-Board RIO enable engineers and scientists to develop sophisticated autonomous systems and is used extensively in robot creation for a variety of applications.
ByJune 2010, Page 10 [Digital Edition ]
The Remote Presence (RP) robots from InTouch Health enable physicians to be literally anywhere — in the emergency room, the ICU, at home, the office, or even at the same or dif ferent hospital.
ByMay 2010, Page 10 [Digital Edition ]
If you want people to pay attention to your technology, blend it with something that lots of people already love. In this case, that turned out to be the all-American hot dog!
ByApril 2010, Page 10 [Digital Edition ]
Penbo is an intuitive emotive penguin robot — complete with baby — for girls. Prime-8 is a macho, aggressive gorilla robot for boys. Together, they represent hours of playtime for kids of all ages.
ByMarch 2010, Page 10 [Digital Edition ]
With seven motors, a microprocessor, and multiple sensors, your favorite Space Ranger is no slouch among modern, commercially available robots.
ByFebruary 2010, Page 10 [Digital Edition ]
It is not so much the practicality of humanoid robots that drives interest in their development as it is the familiarity, sources say. “People are interested in things that are anthropomorphic. This makes interaction with [humanoid] robots easier,” says James J. Kuffner, PhD, associate professor of the Robotics Institute at the School of Computer Science, Carnegie Mellon University.
ByJanuary 2010, Page 12 [Digital Edition ]
Researchers have a variety of goals for artificial intelligence. Some scientists are examining human biology together with artificial intelligence in an effort to create robots that are as humanlike as possible. Still others examine AI from an engineering perspective, begging the question, what can robots be enabled to do?
ByDecember 2009, Page 10 [Digital Edition ]
Chiara is a six-legged, arachnid/crab-like robot with a pincer arm that was born from the mind of Carnegie Mellon University Professor Dave Touretzky, along with PhD student Ethan Tira-Thompson and mechanical engineer/ product designer Gaku Sato.
ByNovember 2009, Page 10 [Digital Edition ]
SuperBot modules are made up of two, connected, 64 mm cubed “cubes” of aluminum alloy material. The modules have three degrees of freedom, share power with each other, and communicate via infrared LEDs.
ByOctober 2009, Page 10 [Digital Edition ]
The Adept Quattro s650H is an industrial robot with four parallel arms mounted on a rotational body. The arms are extensions of four motors, one motor per appendage. These arms are a good fit for processing crystalline silicon wafers for solar cells as they produce more solar cells per hour than human employees do.
BySeptember 2009, Page 10 [Digital Edition ]
The Draganflyer X6 UAV is the lightest, most maneuverable unmanned miniature helicopter for its price, specially produced for the rigors of commercial applications inside and outside the military.
ByAugust 2009, Page 10 [Digital Edition ]
The Robotic Embedded Systems Lab at USC, lead by Professor Gaurav Sukhatme, regularly deploys two ASVs into the Redondo Beach Marina to monitor the sea and take samples.
ByJuly 2009, Page 10 [Digital Edition ]
The Rose-Hulman Institute of Technology is a four year college which offers academic majors relevant to robotics including computer science, computer engineering, software engineering, mechanical engineering, and electrical engineering.
ByJune 2009, Page 10 [Digital Edition ]
When the solar energy producer cannot bring the panels to the car wash, it is time to bring the car wash to the panels!
ByApril 2009, Page 10 [Digital Edition ]
On the big screen, WALL-E (the last, functional Waste Allocation Load Lifter-Earth class robot) is a curious, blue-collar working trash compactor robot tasked with cleaning up mountains of consumer garbage from the Earth’s surface. WALL-E is completely alone in this mess because human beings have moved off the world on a permanent vacation, due to pollution and the inability of the planet to support life...
ByMarch 2009, Page 10 [Digital Edition ]
Doctors Roger Quinn (engineering), Roy Ritzmann (biology), and colleagues at the Case Western Reserve University (Case) collaborate in the neuro-mechanical research of cockroaches. In 2001, their studies lead to the birth of the Whegs (wheeled legs) robots, a product of the Case Center for Biologically Inspired Robotics. Research (or, the Biorobotics Lab)...
ByFebruary 2009, Page 10 [Digital Edition ]
With two KUKA KR3 6 axis arms, an ice cream machine, a PLC, touch panel, toppings dispensers, and a camera and vision software, the team erected a fully robotic ice cream machine that vended scoops and toppings to about 500 customers in three days. (Now, that is how to make a popular robot!). The goal of the robotic construction was a unique demonstration of a computer vision controlled robot that constitutes a framework for developing strategies for bin-picking, which is a popular objective...
ByJanuary 2009, Page 10 [Digital Edition ]
Open Robot is, not surprisingly, completely open source. Teachers and students may modify and distribute all the robot’s documentation, software, printed circuit board designs, and mechanical design files as long as credit to the inventor is maintained. Howell is eager to see an open source community grow up around the Open Robot, adding hardware, software, sensors, and “mechanical end-effectors" ...
ByDecember 2008, Page 10 [Digital Edition ]
Electroactive Polymer Artificial Muscles (EPAMs) are a new actuating/motion technology based on polymers that react to electricity. The new actuators are useful across applications where motors are not as efficient or are simply not feasible. The basic EPAM is a rubber sheet made of a custom-formulated elastomer, explains Ilya Polyakov, a senior mechanical engineer at Artificial Muscle, Inc., creators of the EPAM. The polymer is applied so that electrodes plate the rubber sheeting on both...
ByNovember 2008, Page 10 [Digital Edition ]
Ever seen a robot torn apart only to put itself back together? Jimmy Sastra, a student in the Modular Robotics Lab at the University of Pennsylvania has. He helped create it. As with most scientific endeavors, the Robotic Self-Reassembly After Explosion (SAE) project was a solution to a problem: how to get a robot to reassemble itself after ‘disassembly’ by ‘explosion’ (“Towards Robotic Self-Reassembly After Explosion,” the Modular Robotics Lab, University of Pennsilvania, Mark Yim, et.al.) ...
ByOctober 2008, Page 10 [Digital Edition ]
Robot250 is a city-wide extravaganza of large scale interactive robot art projects, workshops, festivities, events, and film held July 11-27 in Pittsburgh, PA. Sponsored by Carnegie Mellon University, the University of Pittsburgh, and a number of local community groups like the Heinz Endowments, the program features BigBots interactive robot displays with artistic themes...
BySeptember 2008, Page 10 [Digital Edition ]
According to David Knuth, director of engineering at Intellibot Robotics, the IV800 is an autonomous mobile floor vacuum with an off-the-shelf, single board computer running navigation software and communications to several sensor and control subsystems...
ByAugust 2008, Page 10 [Digital Edition ]
In 2005, I covered the SWORDS (Special Weapons Observation Reconnaissance Direct-action System) maneuverable military robots, which soldiers use as scouts and remote weapons systems in the war in Iraq. As reported, the SWORDS iteration of the robotic sentry is compatible with M16s, M240s, M249s, Barrett 50 calibers, 40 mm grenade launchers, or M202 anti-tank rocket systems. The SWORDS have many other features including advanced sensing. The robots use these technologies to locate enemy...
ByJuly 2008, Page 12 [Digital Edition ]
At first brush, a robot that snaps people’s pictures might not imbue the mind with a novel image. But, a photographer that sets its subjects at ease, circumvents their shy and self-conscious natures and related facial reactions, and captures the essence of the subject unawares, now that’s a wonder to see! When Lewis the Robot Photographer first enters a crowded room, it gets attention. But, once people have adjusted to its roaming around, looking here and there, they forget all about it...
ByJune 2008, Page 11 [Digital Edition ]
Students from the Department of Technological Studies at Ohio Northern University found a fun, creative way to solve an industrial robotics problem: How can a robot pick parts from a bin if the parts are in motion? Answer: The same way it can play air hockey. Enabling an industrial robot — in this case, the KUKA KR3 — to play air hockey solves some of the same problems faced when trying to make it pick up moving parts. The robot has to identify the moving puck and direct its arm to meet it ...
ByMay 2008, Page 10 [Digital Edition ]
RoboCup was born to call attention to artificial intelligence and intelligent robot research, according to RoboCup.org. The subsequent contests and competitions challenge roboticists from various colleges and universities around the world to build the best AI robots and prove their achievements by winning all-robot soccer meets. Playing soccer (football outside the US) requires robots to demonstrate many of the emerging technological capabilities that AI must rely on...
ByApril 2008, Page 10 [Digital Edition ]
Out of the west rides a three-wheeled guardian named Rovio. When the family is not at home, Rovio roams, the internal landscape (carpets, hardwood floors, tile), keeping a CMOS sensor eye open at all times, monitoring property, pets, and the home environment. Rovio uses a single VGA CMOS sensor to facilitate image capture and digitization so that images can be processed, stored, and transmitted over a network to the end-user via access points or the Internet. Rovio’s built-in computer “eye”...
ByMarch 2008, Page 10 [Digital Edition ]
Pace University Labs produced the “activevision” technology (per a Pace University academic paper) in conjunction with research into a much larger robot cognition project. With activevision, the robot models itself and its environment in a 3D world using graphics rendering engine technology from Ogre3D, just like that used in gaming software. The robot sees the world around it, then assembles it in 3D. It saves and works within that reservoir of graphical data in order to develop changing ...
ByFebruary 2008, Page 10 [Digital Edition ]
Moravian College student and roboticist Wesley Moser (class of ‘08) built a robot that could trace its steps and map them out on a computer screen, albeit with a lot of help from Moser’s own software, which he programmed using multiple languages. The robot was the result of Moser’s Student Opportunity for Academic Research (SOAR) project at Moravian. Ben Coleman, assistant professor of computer science at the academic institution, guided Moser. The robot uses a variety of sensors to ...
ByJanuary 2008, Page 10 [Digital Edition ]
Human interaction is its main attraction ... Zeno — due on the market as a toy in 2009 — is the closest thing to human that a robot has become. Its facial expressions are a story all to themselves, enabling the most complete robot personality and human-to-robot emotive interactivity to date. Want some proof? Read on! Zeno is a 16-inch, six-pound, interactive robot boy developed by Hanson Robotics with help from a number of vendors including RoboGarage and roboticist Tomotaka Takahashi ...
ByDecember 2007, Page [Digital Edition ]
Tortuga: From Isle to Pirates to Underwater Spy