… fibre, such as Ge-doped optical fibre. This gives a disadvantage for the conventional non-doped
optical fibre … loaded a conventional optical fibre with hydrogen at the pressure of 130 to …

… analysis, force platforms are used on the plantar pressure assessment. These platforms
generally have a matrix of pressure sensing elements arranged in a rigid and flat platform [59]. …

… variety of applications, especially biomedical applications. This … optical fiber sensors, different
configurations of the sensors … and application of this technology in biomedical applications. …

… optical fiber sensors are summarized, analyzed, and discussed. Furthermore, this review
addresses the light-diffuser-integrated optical fiber sensors… For high-pressure sensing (40 MPa)…

… platforms are an increasingly important sensing technology … Many optical fiber pressure
sensors are proposed based on … microstructured optical fiber [9], fiber Bragg grating sensors [10,…

… With the introduction of microstructure to the fiber, the performance of pressure sensors can
clearly be much improved. The reason for this is that the microstructure reduces the rigidity of …

… changing and advancing field of textile-based flexible pressure sensors. It … pressure sensors
as well as the most commonly used materials and techniques. The textile pressure sensor is …

… As flexible optical fibers are ideal substrates with easy soft … wearable optical pressure
sensors, interest in flexible optical fibers is increasing for use in a variety of biomedical applications…

… Silica glass, SiO 2 , and graphene [19] have been commonly used as sensing films for optical
fiber pressure sensors. The diaphragm could be made with a size of dozens or hundreds …

… and tested a miniature all-silica optical fiber pressure sensor. The largest FP cavity with a
diameter of 105 μm was achieved on this 125-μm OD sensor. Its sensitivity is 12.4 nm/kPa (…