Textile‐based electronic techniques that can in real‐time and noncontact detect the
respiration rate and respiratory arrest are highly desired for human health monitoring. Yarn …

Personalized medical diagnostics and monitoring have become increasingly important due
to inefficient and delayed medical services of traditional centralized healthcare system. To …

This work explores the feasibility of coupling two different techniques, the impedance and
the transient plane source (TPS) principle, to quantify the moisture content and its …

The COVID-19 pandemic has created a situation where wearing personal protective masks
is a must for every human being and introduced them as a part of everyday life. This work …

The rapid advances in high-speed and low-power computing, communication, and sensor
technologies have propelled the growth of Internet-of-things (IoT) technology. IoT enables …

The measurement of moisture in textile materials worn on or near the skin can be performed
for a variety of reasons, for example, to analyze the amount of perspiration in clothing …

The unique characteristic of the electroconductive fabric-based sensor is its ability to
generate an electric signal directly in response to external stimuli. A fabric-based layer can …

This work deals with the optimization of consumed thread to seam women's underwear in
the studied design of interest. Indeed, some influential input parameters such as needle and …

Moisture in textile materials worn close to the skin greatly influences our daily comfort. The
measurement of moisture in textile materials is therefore of great interest, for example, to …

In the article, a new method for the estimation of electric permittivity of threads (filaments)
was presented. The proposed recursive method is based on the results of computer …