Earables have emerged as a unique platform for ubiquitous computing by augmenting ear-
worn devices with state-of-the-art sensing. This new platform has spurred a wealth of new …

Introduction Hearables are ear devices used for multiple purposes including
ubiquitous/remote monitoring of vital signals. This can support early detection, prevention …

The ear is well positioned to accommodate both brain and vital signs monitoring, via so-
called hearable devices. Consequently, ear-based electroencephalography has recently …

The purpose of this edited book is to inform and educate its audience about the power of
biomedical, cyber-physical system with Internet of things. With the recent thrust in the …

Accurate classification of heart diseases plays an important role and IoTs applied in a
medical system will increase the effectiveness of diagnosis. In this chapter, we propose an …

This paper presents a sleep monitoring sensor based on a flexible metal strain gauge. As
quality of life has improved, interest in sleep quality, and related products, has increased. In …

The graphine nanoribbon (GNR) electrode was fabricated using composite polyvinyl
alchohol–GNR (PVA/GNR) for real time elctrocardiogram (ECG) signal acquisition to …

This study aims to determine the optimal electrode positions and re-referencing strategies
for ear biosignals by systematically comparing ear and conventional biosignals. We …

Currentstate and future perspectives of machine learning usage in the computer
bioinformatics systems are analyzed in the article. It is shown that heterogeneousness of …

The concept of this book is ECG signals-Electrocardiography is connected with Arduino
UNO-microcontroller. This book demonstrates how our heart waves can be connected to a …