Issue Date | Title | Involved Person(s) |
2016 | Towards an observatory for network transparency research | Neuhaus, Stephan; Müntener, Roman; Edeline, Korian; Donnet, Benoit; Gubser, Elio |
2016 | Service platform for the exchange of services with developing countries | Hutter, Hans-Peter; Ahlenstorf, Andreas; Klammer, Julia; Van den Anker, Fred; Wiedmer, Adrian |
2015 | Bluetooth Low Energy feedback while advertising | Gruber, Juan-Mario; Fabbroni, Tiziano |
2015 | Thermal Energy Harvesting für autarke Antriebe | Gruber, Juan-Mario; Mathis, Simon |
2015 | Development and application of deep belief networks for predicting railway operations disruptions | Fink, Olga; Zio, Enrico; Weidmann, Ulrich |
2015 | Operating actuators powered by thermal energy harvesting in wireless home automation | Gruber, Juan-Mario; Mathis, Simon |
2015 | Autarkic monitoring with Bluetooth Low Energy (BLE) | Gruber, Juan-Mario |
2015 | Fuzzy classification with restricted Boltzman machines and echo-state networks for predicting potential railway door system failures | Fink, Olga; Zio, Enrico; Weidmann, Ulrich |
2015 | Bluetooth low energy feedback | Gruber, Juan-Mario; Fabbroni, Tiziano; Truninger, Dominique |
2015 | TSN communication controller designs : assisting security and reliability by design | Doran, Hans; Weber, Karl |
2015 | Mobile cloud networking : from cloud, through NFV and beyond | Edmonds, Andrew; Dudouet, Florian |
2015 | Verbindungslose bidirektionale Kommunikation auf Basis von BLE Advertising für Beacons mit Lifetime Battery | Gruber, Juan-Mario; Fabbroni, Tiziano; Truninger, Dominique |
2015 | Analysis of necessary sensor spatial resolution for reliable plant detection | Seatovic, Dejan; Mure-Dubois, James |
2015 | Piezoelektrischer Energy Harvester : Induktivität steigert Ertrag | Gruber, Juan-Mario; Truninger, Dominique |
2015 | LEDs as cost-effective energy harvesters for IoT sensor nodes | Meli, Marcel; Roth, Niklas; Gutzwiller, Pius |