Kybernetica.com > Robotic Whiskers Can Sense Three-Dimensional Environment
[Positive Technology Journal] Two Northwestern University engineers have developed an array of robotic whiskers that sense in two dimensions, mimicking the capabilities of mammalian whiskers. The bending moment, or torque, at the whisker base is then used to calculate the three-dimensional features of solid objects.
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robots.net - Robot news and Robotics Info: to the shoulders and the drivers for the valves are in the chest. The human-shaped frame is built from common machine framing components. (via Cosmos)
Positive Technology Journal: STRP is looking for projects, installations, or proposals that concern themselves with interactive art, robotics and/or Live Cinema (in the live cinema category we are looking for projects that rely on both performance and technology in order to become an audio-visual whole). All of the above in a context in which the artistic side is furthered by technology. (via Cosmos)
robots.net - Robot news and Robotics Info: Two Northwestern University Engineers have developed an array of robotic whiskers that sense in two dimensions, mimicking the capabilities of mammalian whiskers. The bending moment, or torque, at the whisker base is then used to calculate the three-dimensional features of solid objects. (via Cosmos)
Medgadget.com -- Internet Journal of Emerging Medical Technologies: "We show that the bending moment, or torque, at the whisker base can be used to generate three-dimensional spatial representations of the environment," said Hartmann. "We used this principle to make arrays of robotic whiskers that in many respects closely replicate rat whiskers." The technology, she said, could be used to extract the three-dimensional features of almost any solid object. (via Cosmos)
[Scizoom.com] Robotic Whiskers Can Sense Three-dimensional Environment | SciZoom: The image shows the robotic array in front of a small sculpted head. (Figure Credit: JH Solomon, Northwestern University) Two Northwestern University engineers have been studying the whisker system of rats to better understand how mechanical information from the whiskers gets transmitted to the brain and to develop artificial whisker arrays for engineering applications.
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