In the context of physiological monitoring applications, wearable sensor platforms usually
have to sustain long-term acquisitions, necessary to assess correctly the individual health …

This article presents a sensitivity analysis of the non-idealities introduced by the pseudo-
random binary sequence (PRBS) on two modulation-based architectures of analog-to …

Data acquisition systems have shown the need of wideband spectrum monitoring for many
years. This paper describes and discusses a recently proposed architecture aimed at …

In smart living environments many sensors are employed to improve the quality of daily life,
collecting a variety of heterogeneous signals, characterized by different features. In order to …

The paper presents an overview on the main technologies recurring in assisted living.
Specifically, the attention is focused on Compressed Sensing architectures adopted to …

The advancement of faster and more efficient railway vehicles necessitates robust onboard
fault detection systems to enhance railway assets. Real-time condition monitoring is pivotal …

A method of estimating linear frequency modulation (LFM) signal parameters using
compressed sampling (CS) data of a Modulated Wideband Converter (MWC) system is …

In this paper, a method combining random demodulator (RD) and discrete fractional Fourier
transform (DFRFT) dictionary is suggested to directly estimate the parameters of linear …

Abstract The Galvanic Skin Response (GSR) signal, measured as the electrical conductance
between a pair of electrodes placed over a person's skin, consists of a tonic component …

In order to estimate the parameters of linear frequency modulation (LFM) signals directly
from compressed sampled data, a method combining random demodulator (RD) and …