The present paper focuses on various aspects regarding Hall Effect sensors’ design, integration, and behavior analysis. In order to assess their performance, different geometries were tested for voltage, sensitivity, offset, temperature drift. residual offset was measured both with an automated measurement setup by manual switching of the individual phases. To predict sensors performance prior three-dimensional physical simulations performed.

Supramolecular hydrogels based on chitosan and monoaldehydes are biomaterials with high potential for a multitude of bioapplications. This is due to the proper choice monoaldehyde that can tune hydrogel properties specific practices. In this conceptual framework, present paper deals investigation as bioabsorbable wound dressing. To aim, was cross-linked 2-formylphenylboronic acid yield antimicrobial activity. FTIR, NMR, POM procedures have characterized from structural supramolecular point...

Five different Hall Effect sensors were modeled and their performance evaluated using a three dimensional simulator. The physical structure of the implemented reproduces certain technological fabrication process. voltage, absolute, current-related, voltage-related power-related sensitivities obtained for each sensor. effect artificial offset was also investigated cross-like structures. simulation procedure guides designer in choosing cell optimum shape, dimensions device polarization...

This article portrays solid xerogel-type materials, based on chitosan, TEGylated phenothiazine, and TEG (tri-ethylene glycol), dotted with a large number of pores, that are effectively represented in their constitutive structure. They were assumed to be fractal geometrical entities adjudged as such. The acoustic fractional propagation equation porous media was successfully applied solved the help Bessel functions. In addition, character demonstrated by produced analysis, it has been proven...

Several Hall sensor configurations have been integrated in CMOS technology and analyzed terms of offset at room temperature drift. We looked for the best geometry that would minimize its The targeted specification was ±30 μT ±0.3 μT/°C measurement setup developed allows a clean, reliable fast analysis high number same type cell, located on different positions chip. Geometrical correction factor maximization also performed small sensing contacts structures order to ensure maximum sensitivity.

In this paper, we propose to quantitatively compare the loss of human lung health under influence illness with COVID-19, based on fractal-analysis interpretation chest-pulmonary CT pictures, in case small datasets, which are usually encountered medical applications. The fractal analysis characteristics, such as dimension and lacunarity measured values, have been utilized an effective advisor pulmonary picture texture.

In this study, we will discuss the engineering construction of a special sixth generation (6G) antenna, based on fractal called Minkowski’s loop. The antenna has shape known fractal, set at four iterations, to obtain maximum performance. frequency bands for which 6G was designed in current paper are 170 GHz 260 (WR-4) and 110 (WR-6), respectively. three resonant frequencies, optimally used, equal 140 (WR-6) first, 182 second 191 third. For these frequencies electromagnetic behaviors antennas...

In order to provide the information on their Hall voltage, sensitivity, and drift with temperature, a new simpler lumped circuit model for evaluation of various cells has been developed. this sense, finite element proposed by authors in paper contains both geometrical parameters (dimensions cells) physical such as mobility, conductivity, factor, carrier concentration, temperature influence them. Therefore, scalable Cadence, behavior simulation environment CMOS effect devices, different...

The present paper focuses on presenting the temperature effects Hall Effect sensors sensitivity behavior. To this purpose, an analysis of factors affecting current-related is performed, consisting several pertinent considerations. An analytical investigation carrier concentration dependence including freeze-out effect influence was performed. This information subsequently included in accurate prediction For a specific CMOS integration process sensors, parabolic curve obtained for relative...

Multiple sclerosis (MS) is an inveterate phlogistic situation characterized by focal and vaguely diffusive de-myelination neurodegeneration, in the sphere of central nervous system (CNS). The brain's chronic inflammatory reaction includes astrocyte stimulation microglial motivation, as well macrophages marginal conscription. This lasting serious soreness brain connected with neurodegeneration period disability advance.The present study considering two main purposes follows. Primarily, to...

Keywords: Hall cells ; offset temperature drift current-related sensitivity three-dimensional physical simulations lumped circuit model effects These Ecole polytechnique federale de Lausanne EPFL, n° 5741 (2013)Programme doctoral Microsystemes et MicroelectroniqueFaculte des sciences techniques l'ingenieurInstitut genie electrique electroniqueGroupe KayalJury: C. Dehollain (presidente), H. Blanchard, S. Carrara, D. De Venuto Public defense: 2013-6-17 Reference...

The current work focuses on presenting specific Hall cells with high performance, and their corresponding parameters. design, integration, measurements model development for performance assessment are necessary stages considered in the generation of cells. Experimental results regarding absolute sensitivity, offset temperature drift provided two particular structures exhibiting best behavior terms maximum sensitivity lowest offset. Three-dimensional physical simulations were performed...

Abstract The projection of fifth‐generation (5G) fractal antennas and their advantageous geometry are examined. fact that fractal‐shaped based on Koch Snowflake suitable for higher frequencies was shown above all. By the instrumentality this technology, which aims to serve a large number subscribers by implementing revolutionary devices (e.g. Massive MIMO, beam‐forming, high‐performance processors, etc.), it is possible obtain multiple facilities. Fractal geometrics forms have been made...

This article presents two algorithms developed based on different techniques, from clusterization theory, namely k-means clustering technique and Fuzzy C-means technique, respectively. In this context, the study offers a sustained comparison of in order to properly choose one them, depending image be analyzed solution that is desired. Algorithms are used processing, respectively as application processing techniques brain computed tomography analysis. There were also compared results obtained...

The study investigated whether three deep-learning models, namely, the CNN_model (trained from scratch), TL_model (transfer learning), and FT_model (fine-tuning), could predict early response of brain metastases (BM) to radiosurgery using a minimal pre-processing MRI images. dataset consisted 19 BM patients who underwent stereotactic-radiosurgery (SRS) within 3 months. images used included axial fluid-attenuated inversion recovery (FLAIR) sequences high-resolution contrast-enhanced...

The paper will allow the interpretation of exchange rate fluctuations for several international currencies, EUR—European currency and CHF—Swiss Franc, respectively. fractal dimension versus box-counting dimension, together with log scale CHF EUR, respectively, are thoroughly presented. time series EUR during March–June 2022 were also analyzed. Hurst exponent H was numerically evaluated. By application directional symmetry (DS) statistics, model efficiency in predicting direction modification...