Mirrors, after all, play a not insignificant role in the articulation of his signature theory of the tactile imagination.
Therefore, we conclude that the adjustment method is the most appropriate for evaluating tactile displays.
In the present paper, we intend to obtain optimal specifications for designing a tactile display and to establish a method to evaluate the display.
Thus, we have developed two kinds of matrix-type experimental tactile displays in order.
To overcome these problems, we have developed a tactile cell having a homogeneous distribution of stimulation pins, which are 0.8 mm in diameter.
In the present system, recognition of a contour shape is accomplished with robotic active motion and tactile sensing.
In an effort to solve the above problem, this study is aimed at developing a three-axis tactile sensor for mounting on a microscope-shaped micro-robot.
Therefore, the present gray-scale method is effective for the micro-tactile sensor.
