[J.44] Novel Response Acquisition Method for Enhancing Spatial Resolution in Capacitive Tactile Sensing Array [J.43] Machine learning-based off-line electrical characteristic prediction through in-line pattern integrity inspection [J. 42] Development and Characterization of Vertically Stacked Tactile Sensor With Hollow Structure [J. 41] Realization of multistage detection sensitivity and dynamic range in capacitive tactile sensors [J. 38] Linear strain maximization in MEMS-elastomer hybrid configurations for isotropic electromagnetic modulations in stretchable electronics [J. 37] Efficient and improved qualification method for patterns with irregular edges in printed electronics [J. 36] Strain sensor with low thermal conductivity concealing resin for enhanced detection sensitivity and improved spatial resolution [J. 35] Surface plasmon resonance manipulation through application of mechanically generated planar and linear strain [J.33] Five-fold sensitivity enhancement in a capacitive tactile sensor by reducing material and structural rigidity [J.32] Continuous inkjet-patterned and flashlight-sintered strain sensor for in-line off-axis detection in roll-to-roll manufacturing [J.31] An integrated method based on energy concentration for evaluating normally distributed spectra in the visible region [J.30] Advanced qualification method for patterns with irregular edges in printed electronics « 1 2 3 4 »
