On the Use of Magnetic Field Disturbances as Features for Activity Recognition with on Body Sensors. - Gernot Bahle; Kai S. Kunze; Paul Lukowicz (EuroSSC, 2010)

Can magnetic field sensors replace gyroscopes in wearable sensing applications? - Kai S. Kunze; Gernot Bahle; Paul Lukowicz; Kurt Partridge (ISWC, 2010)

Using Indoor Location to Assess the State of Dementia Patients: Results and Experience Report from a Long Term, Real World Study. - Agnes Grünerbl; Gernot Bahle; Paul Lukowicz; Friedrich Hanser (Intelligent Environments, 2011)

What Can an Arm Holster Worn Smart Phone Do for Activity Recognition? - Michael Muehlbauer; Gernot Bahle; Paul Lukowicz (ISWC, 2011)

Towards smart phone based monitoring of bipolar disorder. - Agnes Grünerbl; Patricia Oleksy; Gernot Bahle; Christian Haring; Jens Weppner; Paul Lukowicz (mHealthSys@SenSys, 2012)

I see you: How to improve wearable activity recognition by leveraging information from environmental cameras. - Gernot Bahle; Paul Lukowicz; Kai Kunze; Koichi Kise (PerCom Workshops, 2013)

UWB Indoor Location for Monitoring Dementia Patients: The Challenges and Perception of a Real-Life Deployment. - Agnes Grünerbl; Gernot Bahle; Friedrich Hanser; Paul Lukowicz (Int. J. Ambient Comput. Intell., 2013)

Using smart phone mobility traces for the diagnosis of depressive and manic episodes in bipolar patients. - Agnes Grünerbl; Venet Osmani; Gernot Bahle; José C. Carrasco-Jiménez; Stefan Oehler; Oscar Mayora; Christian Haring; Paul Lukowicz (AH, 2014)

Ubiquitous Context Aware Monitoring Systems in Psychiatric and Mental Care: Challenges and Issues of Real Life Deployments. - Agnes Grünerbl; Gernot Bahle; Jens Weppner; Paul Lukowicz (ICCASA, 2014)

Sensors vs. human: comparing sensor based state monitoring with questionnaire based self-assessment in bipolar disorder patients. - Agnes Grünerbl; Gernot Bahle; Stefan Oehler; Raphaela Banzer; Christian Haring; Paul Lukowicz (ISWC, 2014)

Recognizing hospital care activities with a coat pocket worn smartphone. - Gernot Bahle; Agnes Grünerbl; Paul Lukowicz; Enrico Bignotti; Mattia Zeni; Fausto Giunchiglia (MobiCASE, 2014)

Towards a Real-World Simulator for Collaborative Distributed Learning in the Scenario of Urban Mobility. - Andreas Poxrucker; Gernot Bahle; Paul Lukowicz (SASO Workshops, 2014)

Smartphones in Mental Health: Detecting Depressive and Manic Episodes. - Venet Osmani; Agnes Grünerbl; Gernot Bahle; Christian Haring; Paul Lukowicz; Oscar Mayora (CoRR, 2015)

Smartphone-Based Recognition of States and State Changes in Bipolar Disorder Patients. - Agnes Grünerbl; Amir Muaremi; Venet Osmani; Gernot Bahle; Stefan Ohler; Gerhard Tröster; Oscar Mayora; Christian Haring; Paul Lukowicz (IEEE J. Biomed. Health Informatics, 2015)

Incremental classifier fusion for smart societies. - Gernot Bahle; Andreas Poxrucker; George Kampis; Paul Lukowicz (EGOSE, 2016)

Trace Driven Simulation Model for City Scale Crowd Movements. - Tobias Franke; Andreas Poxrucker; Gernot Bahle; Paul Lukowicz (HPCC/SmartCity/DSS, 2016)

Lifelong Learning and Collaboration of Smart Technical Systems in Open-Ended Environments - Opportunistic Collaborative Interactive Learning. - Gernot Bahle; Adrian Calma; Jan Marco Leimeister; Paul Lukowicz; Sarah Oeste-Reiss; Tobias Reitmaier; Albrecht Schmidt 001; Bernhard Sick; Gerd Stumme; Katharina Anna Zweig (ICAC, 2016)

Detecting spontaneous collaboration in dynamic group activities from noisy individual activity data. - Agnes Grünerbl; Gernot Bahle; Paul Lukowicz (PerCom Workshops, 2017)

Trainwear: A real-time assisted training feedback system with fabric wearable sensors. - Bo Zhou 005; Gernot Bahle; Lorenzo Furg; Monit Shah Singh; Heber Zurian Cruz; Paul Lukowicz (PerCom Workshops, 2017)

Towards Automatic Semantic Models by Extraction of Relevant Information from Online Text. - Lars Krupp; Agnes Grünerbl; Gernot Bahle; Paul Lukowicz (SMARTCOMP, 2019)

A Further Step Towards Automatic Domain Modelling by Relevant Information Extraction. - Lars Krupp; Gernot Bahle; Agnes Grünerbl; Paul Lukowicz (PerCom Workshops, 2020)

Using Privacy Respecting Sound Analysis to Improve Bluetooth Based Proximity Detection for COVID-19 Exposure Tracing and Social Distancing. - Gernot Bahle; Vítor Fortes Rey; Sizhen Bian; Hymalai Bello; Paul Lukowicz (Sensors, 2021)