Patrick Rennhard
Patrick Rennhard
ZHAW
School of Engineering
Institute of Signal Processing and Wireless Communications
Technikumstrasse 71
8400 Winterthur
Projects
- Second-Generation Alptrackers with Hub-and-Spoke Signalling and Herd Awareness / Project co-leader / Project ongoing
- Energie-autarkes I4.0-Messgerät für die Zustandsüberwachung von Spindelhubgetrieben / Deputy project leader / Project ongoing
- Sensor für die in-situ Messung der Bodenfeuchte und des Düngergehalts / Team member / Project completed
- FMCW- basiertes X-Band Radar für Bio-Monitoring im Luftraum / Project leader / Project completed
- Development of the Waste Management Ecosystem based on a Smart Connected Product-Service-System (PSS) / Team member / Project completed
Publications
-
Zhang, Qiang; Bossuyt, Fransiska M.; Adam, Naomi C.; Zambrano, Byron Llerena; Stauffer, Flurin; Rennhard, Patrick; Gubler, Roman; Küng, Roland; Abramovic, Sarah; Useini, Vullnet; Herzog, Walter; Leonard, Tim; Scott, Michael W.; Taylor, William R.; Smith, Colin R.,
2023.
A stretchable strain sensor system for wireless measurement of musculoskeletal soft tissue strains.
Advanced Materials Technologies.
8(12), pp. 2202041.
Available from: https://doi.org/10.1002/admt.202202041
-
Sarperi, Luciano; Rennhard, Patrick; Hermann, Adrian,
2019.
Polyscope.
2019(3), pp. 12-13.
Available from: https://www.polyscope.ch/archiv/2019/03-19/narrowband-iot-in-der-praxis/
-
Rupf, Marcel; Rennhard, Patrick,
2013.
Büroanschluss auf der Baustelle : Distanzmessgerät von Leica kommuniziert via Bluetooth Smart.
ZHAW-SoE-Newsletter.
Available from: https://doi.org/10.21256/zhaw-1429
-
Rupf, Marcel; Rennhard, Patrick,
2012.
Messwerte drahtlos erfassen, darstellen und übers Internet abspeichern.
Polyscope.
2012(14), pp. 16-17.
Available from: https://www.polyscope.ch/archiv/2012/14/messwerte-drahtlos-erfassen-darstellen-und-uebers-internet-abspeichern/