Recognition of Low Amplitude Body Vibrations via Inertial Sensors for Wearable Computing. - Marian Haescher; Gerald Bieber; John Trimpop; Bodo Urban; Thomas Kirste; Ralf Salomon (IoT360 (1), 2014)

aHead: Considering the Head Position in a Multi-sensory Setup of Wearables to Recognize Everyday Activities with Intelligent Sensor Fusions. - Marian Haescher; John Trimpop; Denys J. C. Matthies; Gerald Bieber; Bodo Urban; Thomas Kirste (HCI (2), 2015)

A study on measuring heart- and respiration-rate via wrist-worn accelerometer-based seismocardiography (SCG) in comparison to commonly applied technologies. - Marian Haescher; Denys J. C. Matthies; John Trimpop; Bodo Urban (iWOAR, 2015)

SeismoTracker: Upgrade any Smart Wearable to enable a Sensing of Heart Rate, Respiration Rate, and Microvibrations. - Marian Haescher; Denys J. C. Matthies; John Trimpop; Bodo Urban (CHI Extended Abstracts, 2016)

SmartMove: a smartwatch algorithm to distinguish between high- and low-amplitude motions as well as doffed-states by utilizing noise and sleep. - Marian Haescher; John Trimpop; Gerald Bieber; Bodo Urban (iWOAR, 2016)

Smartwatch based Respiratory Rate and Breathing Pattern Recognition in an End-consumer Environment. - John Trimpop; Hannes Schenk; Gerald Bieber; Friedrich Lämmel; Paul Burggraf (iWOAR, 2017)