Various flexible tactile sensors based on micro/nano-fabrication technology have been
developed to amplify a measured pulse signal for accuracy. Yet, these sensors suffer from …

This paper presents a performance investigation of a wearable distributed-deflection sensor
in arterial pulse waveform measurement. Built on a flexible substrate, the sensor entails a …

Flexible MEMS products can possess unique characteristics such as high stretchability, low
modulus, easy deformation, good biocompatibility, and affordability, which have greater …

Recently, we developed a novel microfluidic pressure sensor which can accurately sense
and collect human wrist arterial pulse signals to be used in a wearable TCM pulse analyzer …

In light of the need to diagnose and monitor the heart condition of a heart failure patient, this
paper presents a preliminary investigation on the application of a flexible microfluidic-based …

In this paper, a flexible microfluidic-based sensor is investigated for monitoring the bending
and tilting of a metal bar for miniature access pectus excavatum repair (MAPER). Built on a …