The performance of a 4H-SiC Schottky diode for thermal sensing in the wide temperature
range from T = 85 up to 443 K is presented. The linear dependence on temperature of the …

In this work, a new custom design of an anomaly detection and classification system is
proposed. It is composed of a convolutional Auto-Encoder (AE) hardware design to perform …

Human Activity Recognition requires very high accuracy to be effectively employed into practical
applications, ranging from elderly care to microsurgical devices. The highest accuracies …

In this paper, an energy efficient HW accelerator for AI edge-computing in Human Activity
Recognition is proposed. The system processes samples from a tri-axial accelerometer and …

A new analytical description of the trapped charge distribution at the semiconductor-insulator
interface of 4H-SiC vertical-DMOSFET has been derived as a function of the surface …

For the first time, a full analytical model of the electric field in the gate oxide of 4H-polytype
silicon carbide (4H-SiC) power double-implanted MOSFET devices is shown. It takes into …

A custom Human Activity Recognition system is presented based on the resource-constrained
Hardware (HW) implementation of a new partially binarized Hybrid Neural Network. The …

A new 2D convolution-based filter is presented, which is specifically designed to improve
visual search applications. It exploits a new radix-3 partitioning method of integer numbers, …

Aims The aim of this study was to assess the cost-effectiveness of using certified sonographers
and miniaturized echocardiography systems to perform echocardiograms at bedside in …

An analytical instrument to design 4H-SiC planar and trenched junction barrier Schottky (JBS)
diodes is proposed. The tool is based on a novel full analytical description of the electric …