Content posted in May 2011
As unmanned drones play an increasingly important role in defense strategies and tactics, the demands on the electronic control systems in these vehicles include extreme portability, ruggedness and safety. Every component in these systems carries with it the weight of mission success or failure - all the way down to the switches.
Unified Components and Controls for Robot Kinematics
With the automotive industry employing 95 percent of the robots in use for industrial purposes, this industry's robotic trends points the way toward future robot designs, which increasingly involves modularization, reduction in the number of assemblies and elimination of proprietary hardware.
How Advanced Materials Improve Aerospace Engines
As aerospace manufacturers look for high-temperature materials that increase performance, improve fuel efficiency and satisfy safety standards, while lowering manufacturing costs, advanced ceramics and high-performance superalloys play an increasingly important role in aerospace engine design.
Putting Physics into Human Modeling
Using complex mathematical models, predictive dynamics and a sprinkling of robotics technology, the Santos digital human modeling software is helping the U.S. military and large manufacturers test quality, safety and ergonomics factors in a virtual world.
Recovery rates for wounded U.S. soldiers are improving dramatically because of advanced processes for producing custom cranial implants.
Auto Manufacturers' Drive to Simplify
Hybrid powertrains are adding complexity to electrical architectures that may already be reaching their limits. Moves to incorporate dual-core MCUs and more Flash memory may be the solution.
Following in the tracks of the fabled rocket plane programs of the 1940s, NASA engineers are now laying the plans for a new twist on the future of aviation -- a battery-powered airplane.
Laser engravers can be great tools for DIY projects. But they can also be pricey. Gadget Freak shows you how to build your own CNC laser engraver using an Arduino board.
Your home could someday be filled with hundreds of connected devices. What's going to coordinate it all? According to iRobot, it could be a vacuum with machine vision.
Researchers at the University of Buffalo have developed a nanocavity to potentially improve the design of ultrathin solar panels, video cameras, and other optoelectronic devices.
The Industrial Internet of Things may be going off the deep end in connecting everything on the plant floor. Some machines, bearings, or conveyors simply donít need to be monitored -- even if they can be.
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