Camenzind Martin HSLU T&A

Martin Camenzind Martin Camenzind

Senior Research Associate

Camenzind Martin HSLU T&A

Lucerne School of Engineering and Architecture

Room P9
Technikumstrasse 21
6048 Horw


Institute of Electrical Engineering IET

iHomeLab

Senior Research Associate

+41 41 349 33 28

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Projects

Research projects

  • PRECARRHD
  • DEMETER - Combining NLP and trust to automate access to relevant and transparent knowledge on agricultural markets
  • EVFlex - Electric vehicle flexibility aggregation for grid services
  • GIASES – Holistic Integrating Adaptive Smart Energy System
  • DPI - Distinguishing Performance Indicators
  • Innovations-Booster «Technology & Special Needs»
  • Smart Maintenance 4.0
  • FAST - FIT Algorithms for Smart Training
  • BODYGUARD Proactive Dialog – proactive and sensor-triggered local dialog system
  • OpOSaD - Optimized Operation of self-aware Devices
  • enerFACEpredict - energy consumtion prediction with human interaction
  • NILMplus
  • User centric building energy management
  • SmartNIALMeter – Smart Load Disaggregation with Smart Meter
  • NILM for load and peak load management
  • Cyber-Human System to Optimize Medication in Parkinson Patients
  • NILM@I: Non-Intrusive Load Monitoring for industrial applications
  • Pontis
  • RelaxedCare
  • TrActPower
  • HEARO - Hearing an alarming at Home
  • WLOP wireless landing operation panel

Publications and presentations

Publications and presentations - Article, review; not peer reviewed

  • Camenzind, Martin & Steiger, Oliver (20.08.2019). Das Kompetenzzentrum für Gebäude und Areale informiert: Erkennung des Nutzerverhaltens im Gebäude. Haustech Magazin, 1.
  • Steiger, Olivier & Camenzind, Martin (2019). Erkennung des Nutzerverhaltens im Gebäude. Haustech, (5/2019), 82.

Publications and presentations - Report/working paper

  • Birrer, Edith; Calatroni, Alberto; Camenzind, Martin; Imboden, Christoph; Paice, Andrew & Rumsch, Andreas (2021). SINA – Smart Interoperability Architecture. An architecture fostering the interoperability between smart building technology from different manufacturers and smart grid infrastructure to enable new business models for energy services (arXiv).

Publications and presentations - Presentation (conference/report/lectures)

  • Camenzind, Martin; Huber, Patrick; Rumsch, Andreas & Paice, Andrew (29.10.2020). Design of an Ultra-Low Power Sensor Platform for the Detection of Activities of Daily Living in Residential and Commercial Environments. Energy Informatics 2020, Sierre, Switzerland.