Smart health home systems and assisted living architectures rely on severely energy-
constrained sensing devices, such as wearable sensors, for the generation of data and their …

Wearable devices can enable affordable and accessible smart health care services with the
help of innovative low-power design and edge computing technologies. Indeed, novel …

We present Apollo, a self-powered wireless biochemical system that is wearable and can
continuously monitor personal health states. It has three key enablers. First, we design an …

A small variation in mobile hardware and software can potentially cause a significant
heterogeneity or variation in the sensor data each device collects. For example, the …

The conventional wireless sensor networks are designed to gather information from sensors,
and pervasive computing systems involve such wireless sensor networks that consist of a …

Although state of the art in many typical machine learning tasks, deep learning algorithms
are very costly in terms of energy consumption, due to their large amount of required …

With the penetration of Internet of Things (IoT) paradigm into household scenarios, more and
more smart appliances are deployed to improve living comfort of residents. However, the …

Low-Power Wide Area Networks have contributed in several parts of the Internet of Things
ecosystem during the last years by enabling long range, robust and low power …

Wearable technologies play a central role in human-centered Internet-of-Things
applications. Wearables leverage machine learning algorithms to detect events of interest …

After surgery, patients should remain under medical supervision to avoid possible
complications. For this purpose, several patient vital parameters are monitored to ensure …