Wearable sensors hold multiple advantages: Having sensors that are closer, on the skin, to
the human user allows for more information and, when those sensors are worn throughout …

Wearable sensors hold multiple advantages: Having sensors that are closer, on the skin, to
the human user allows for more information and, when those sensors are worn through-out …

Wearable technologies are networked devices that collect data, track activities and
customize experiences to users' needs and desires. They are equipped, with microchips …

The field of wearable sensing devices and technology has witnessed remarkable
advancements, driven by the need for more integrated, efficient, and user-friendly systems …

Smartphones are pervasive companions to many people as they go about their daily lives. In
addition, they are equipped with a wide array of sensors making it possible to measure …

Mobile and wearable devices are equipped with an array of embedded digital sensors that
produce continuous steams of digital trace data. These now effectively ubiquitous digital …

Bodily rhythms are intrinsically related to changes in behaviors. As we perform exercises,
sleep, identify percepts and make decisions our bodily rhythms change. Many studies …

Wearable technology, in hindsight, has evolved beyond the reach of real-time monitoring
systems of general human health–from early simple adhesive bandages to smartphone …

Wearable sensors have recently seen a large increase in both research and
commercialization. However, success in wearable sensors has been a mix of both progress …

As smartphones get smarter by pushing intelligence to the phone and computing cloud,
they'll start to understand our life patterns, reason about our health and wellbeing, help us …