Content tagged with Automation & Motion Control posted in October 2012
Video: Wearable Sensor Builds Maps on the Fly
MIT researchers have created a prototype of a wearable sensor that can create maps of a person's environment as they move through it. Researchers envision emergency responders using the device to navigate disaster sites.
Products to Watch For
In the Product Showcase section, we’ve just posted some products from IAR Systems, LDRA, and Analog Devices that need a little highlighting.
Video: MABEL Mimics Human Gait
MABEL is a new humanoid robot developed by researchers at Oregon State University and the University of Michigan that can walk and climb stairs like a human.
Interfacing Intelligent Sensors With Industrial Ethernet Networks
While Industrial Ethernet has become the kingpin and standard for automation control networks, some devices such as smart sensors and actuators are relying on a simpler, point-to-point communications protocol to save on the cost, size, and complexity that an Ethernet solution requires.
Why Can't Engineers Get Good Jobs?
In his new book, Peter Cappelli says many companies, overwhelmed by the flood of résumés they receive for each job posting, rely on computers to weed out the unqualified. This is hurting many applicants.
Robot 'Thinks' Like a Honey Bee
Scientists in the UK are working on the creation of artificial intelligence to power a flying robot that can autonomously think like a honey bee, rather than be programmed to perform tasks.
Do you long for the days of retro video gaming? Here's how you can turn an old PC into an old-school arcade cabinet with only $100 and a bit of woodwork.
A Vienna, Austria-based startup called Heliofloat has designed a platform of solar panels that can be deployed in lakes or oceans to generate solar-based electricity.
Electrical engineers from the University of Washington and Delft University of Technology have developed a new type of sensor-based platform that harvests energy from radio waves for electricity.
A simple new chemical method for repairing and recycling notoriously difficult carbon fiber composites has been developed by the Fraunhofer Institute for Applied Polymer Research. An entire component can be completely recycled, including reclaiming its expensive carbon fibers for reuse.
In today’s connected world we are seeing the beginning of connected homes, smart grids, self-driving automobiles, drones, and many other amazing devices. Out of all the soon-to-be connected devices, which device poses the greatest dangerous to its users and society?
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