Optical fiber temperature sensor based on a microcavity with polymer overlay

In summary, we report a bottom-up approach to fabricate CP films, based on cheap building blocks (CuI and TAA), with 4 nm thickness extended across macroscopic

We have presented a method to protect categorical microdata based on a pre-clustering approach which performs better protections based on sta- tistical and clustering-based

Here, we present a low-order wavefront sensor technique based on an iterative process using post-coronagraphic focal images with a vortex coronagraph.. Our approach is similar to a

Consequently, in this thesis we have generated two cellular models, a mouse model based on NURR1 overexpression in neural stem cells, and a human model based

Figure 4B,C are images of the topography and profile, respectively, of the grating taken in shear force mode with an AFM tip mounted on a QTF fiber probe in buffer solution using

This paper describes the development of a new gateway consisting of an EIB/KNX input module to connect optical fiber sensors directly to the bus.. 2.- Optical

Due to this, the design of the proposed neural network architecture is based on learning structures and focused on non-linear problems, such as the mentioned temperature

In this contribution, a novel learning architecture based on the interconnection of two different learning-based 12 neural networks has been used to both predict temperature and