Researchers from Carnegie Mellon University and Disney Research, which is the lab arm of the Disney Company that focuses on computer animation and interactivity, among other things, have worked out a new version of capacitive sensors--the same sensors used in modern smartphones and tablets. This version is able to detect touch in much more detail, like identifying which finger you've used to tap it.
For people confined to wheelchairs, the proliferation of ramps has greatly enhanced their mobility. Unfortunately, opening doors remains an omnipresent, and frustrating, challenge. Oddly enough, opening doors also presents a serious impediment for anthropomorphic robots. Now, robotics engineer Erin Rapacki has solved both problems with a single stroke.
Surf the Web from the hammock out back (or the park down the block) with this solar-powered Wi-Fi extender
By Mike OutmesguinePosted 06.01.2006 at 2:00 am 2 Comments
The promise of Wi-Fi is freedom-the ability to bring your laptop or PDA away from the anchor that is your desk and into your life. With most wireless routers, however, your life had better stop at around 300 feet, and forget about heading outside. Between the noise generated by other local wireless devices and physical obstacles like furniture and walls, chances are your Wi-Fi signal is little more than a whisper by the time it hits your backyard. So I built a box that can pick up that signal and boost it another 200 to 300 feet.