Kärnten hat sich im vergangenen Jahrzehnt zu einem Hotspot in der Drohnenforschung entwickelt.
Auch die Lakeside Labs forschen am 5G Playground zur Kommunikationen zwischen Drohnen.
Mit dem Schwerpunkt der 5G unterstützten Drohnenkommunikation wurde der im 5G-Playground ansässige Use-Case ‚Communication in Swarms‘ mit dem Best Paper Award 2021 des ACM DroNet prämiert.
Zusammengefasst wurde evaluiert wie eine mit Wi-Fi ausgestattete Drohne naheliegende LTE Infrastruktur nutzen kann, dabei das Signal verstärkt und dadurch Outdoor-Benutzer*innen bei der latenzarmen Kommunikation unterstützt werden. Verbesserungen in der Übertragung wurde sowohl bei Versuchen innerhalb von Line-of-Sight, als auch Non-Line-of-Sight gemessen.
5G an der Belastungsgrenze durch Stresstests. FH-Professor Helmut Wöllik gibt im Interview mit der Kleinen Zeitung einen Einblick woran aktuell im 5G-Playground geforscht wird.
Home offices for surgeons, self-driving cars that communicate with their environment and the further development of the Internet of Things (IOT). These future prospects are united by the requirement of almost latency-free (1-10 milliseconds), large and secure transmission. The new mobile communications standard 5G combines these aspects. An insight into the different use cases of the 5G playground, the current status of the expansion and what concerns there are can be heard in our expert interview from OE1.
According to the Forum Mobilkommunikation (FMK), first tests of radiation exposure of 5G were taken in Vienna. The permitted limit value was below 100,000 times.
On the Summerstage in Vienna the nearby 5G transmitting mast was measured, the strongest signal in the measurement came from the GSM-900 channel, with 0.1% utilization. The weakest signal used 5G with 0.0002% of the limit utilization.
According to FMK estimates, after the expansion of 5G, the highest limit value will be increased to about 1.3% throughout Austria.
The ORF consumer protection maganzin “Konkret” followed one of the radiation measurements, with the strongest signal coming from the radio microphone of the television team.
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