| Issue Date | Title | Involved Person(s) |
| 2015 | Thermal Energy Harvesting für autarke Antriebe | Gruber, Juan-Mario; Mathis, Simon |
| 2015 | Piezoelektrischer Energy Harvester : Induktivität steigert Ertrag | Gruber, Juan-Mario; Truninger, Dominique |
| 2015 | Bluetooth Low Energy feedback while advertising | Gruber, Juan-Mario; Fabbroni, Tiziano |
| 2015 | Wireless sensing using LEDs as very low-cost energy harvesters | Meli, Marcel; Roth, Niklas; Gutzwiller, Pius |
| 2015 | Autarkic monitoring with Bluetooth Low Energy (BLE) | Gruber, Juan-Mario |
| 2015 | Bluetooth low energy feedback | Gruber, Juan-Mario; Fabbroni, Tiziano; Truninger, Dominique |
| 2015 | Operating actuators powered by thermal energy harvesting in wireless home automation | Gruber, Juan-Mario; Mathis, Simon |
| 2015 | Optimising non-real time frame handling in real time ethernet nodes | Itin, Lukas; Doran, Hans Dermot |
| 2015 | Energieautarker Betrieb von Mikroelektronik und Embedded Systemen : geringerer Wartungsaufwand - höhere Betriebssicherheit | Gruber, Juan-Mario; Mathis, Simon |
| 2015 | Smarte Energiewelt | Liebhart, Daniel |
| 2015 | Bidirectional Communication for Bluetooth Low Energy without establishing a connection | Truninger, Dominique; Fabbroni, Tiziano |
| 2015 | Analyse der Empfangshäufigkeit von Bluetooth Low Energy Paketen für IPhone Applikationen im Background-Mode | Truninger, Dominique |
| 2014 | Autarkic system for condition monitoring of industrial drives | Gruber, Juan-Mario |
| 2014 | Achievable data rates on simultaneously connected bluetooth low energy devices | Gysin, Mirco; Müller, Andreas Daniel; Rüst, Andreas |
| Mar-2013 | Büroanschluss auf der Baustelle : Distanzmessgerät von Leica kommuniziert via Bluetooth Smart | Rupf, Marcel; Rennhard, Patrick |
