Abstract
In this study, we propose a strategy of knotting using a high-speed multifingered robot hand and tactile sensors. The strategy is divided to three steps: a loop generation, a replacement of ropes, and a pulling of a rope. Through these three steps, a knotting is achieved by only one multifingered hand. And, in order to allow the continuous motion, we have added one step: "a shift of rope". The experimental results are shown using the multifingered hand with tactile sensors. Finally, we analyze a behavior of the replacement of rope to produce a high rate of success.
