Sebastian Wille

TL;DR: It is demonstrated that a cheap (30USD) small, low power 8x8 thermal sensor array can by itself provide a broad range of information relevant for human activity monitoring in home and office environments.

TL;DR: A 2nd generation of neckband sensor that allows long term recording in real life environments in conjunction with a low power Bluetooth enabled smart phone and allows the system to move from the detection of individual swallows which is too unreliable for practical applications to an analysis of the statistical distribution of swallow frequency.

TL;DR: An IMU-based wearable measurement system for field-based performance analysis and online monitoring, that allows an accurate detection of step parameters in sprinting, and enables providing reliable and accurate objective real-time feedback for a group of athletes during a training session or competition.

TL;DR: This work presents an approach that simplifies the evaluation of ambient services by making use of two frameworks from robotics to perform tests in simulated smart environments and using a method based on the language as action principle to extract realistic behavior of people living in real-world smart environments.

TL;DR: In this article, a wearable measurement system based on inertial sensors (inertial measurement unit [IMU]) and a microcontroller unit has been developed to support online monitoring of a group of athletes.