This work proposes a self-actuating tether capable of moving its own weight and remaining free while traversing around corners.

This work proposes a self actuating tether capable of moving its own weight and remaining free while traversing around corners. The tether motion is due to ...

This work proposes a self-actuating tether capable of moving its own weight and remaining free while traversing around corners. Tether motion is due to induced ...

This paper describes the development of a flexible polymer meta-material that embeds a neuromorphic architecture for computation based on printable organic ...

... Robotics and Automation, pp. 3942 - 3947, April 2005; Perrin, D.P., Kwon, A., Howe, R.D.,A novel actuated tether design for rescue robots using hydraulic ...

Perrin et al. proposed a novel actuated tether design for rescue robots using hydraulic transients [24]. For this design, the motion along the tether is ...

A novel actuated tether design for rescue robots using hydraulic transients. DP Perrin, A Kwon, RD Howe. IEEE International Conference on Robotics and ...

A novel actuated tether design for rescue robots using hydraulic transients · Engineering, Environmental Science. IEEE International Conference on Robotics and…

mobility for the rescue robots at competitively low price. Perrin et al. proposed a novel actuated tether design for. rescue robots using hydraulic transients [ ...