Textile radio-frequency identification operating in ultra-high frequency (UHF-RFID) sensors
based on different scenarios are becoming attractive with the forthcoming internet of things …

Demographic change is causing society to age. At the same time, technological progress is
changing the way ageing individuals are cared for and medically treated. Several smart …

Electro-textile Ultra High Frequency (UHF, 865–868 MHz) Radio Frequency Identification
(RFID) devices have great potential to be explored as sensors due to the features of fabric …

Currently, wired respiratory rate sensors tether patients to a location and can potentially
obscure their body from medical staff. In addition, current wired respiratory rate sensors are …

Continuous monitoring of vital signals provides relevant information about a patient health
status, which is essential in situations of risk. There is a need for practical and efficient …

Using wireless, passive, wearable, knitted, smart garment devices, we monitor biofeedback
that can be observed via strain gauge sensors. This biofeedback includes respiratory …

In this paper, it has been observed that passive wireless sensing technology system provide
compact devices to become the base for new, inexpensive passive sensing technology, as …

With the use of a wireless, wearable, passive knitted smart fabric device as a strain gauge
sensor, the proposed algorithm can estimate biomedical feedback such as respiratory …

Ei> te ncl aXcKi. o vi ta api chcnt oA ur n n. et> umo dcu, at A. vi. dada> ex. enci zyxwvutsrqponmlkjihgfedcbaZYXWVUTSR…
. da4, como t ambem oi> t Aabal hob dcAenvol vi doA dunant e o penl odo de vi nt ee ur n …

RESUMO O monitoramento contínuo dos sinais vitais fornece informações relevantes sobre
o estado de saúde de um paciente, o que é essencial em situações de risco. Há …