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DI Dr. Johannes Ebert

Phone number

+43 316 876-1306

E-mail

Johannes.Ebert@joanneum.at

Adress

Steyrergasse 17, 8010, Graz
+43 316 876-5000
digital@joanneum.at

Publications

Digital
2022

Low Complexity Subset Precoding for High Throughput Satellite Systems

Authors Plimon, Karin; Ebert, Johannes; Schlemmer, Harald; Mengali, Alberto; Ginesi, Alberto
Low Complexity Subset Precoding for High Throughput Satellite Systems
Digital
2022

Subset Precoding and Tapering on Phased Arrays for High Throughput Satellite Systems

Authors Plimon, Karin; Mengali, Alberto; Ebert, Johannes; Ginesi, Alberto; Schlemmer, Harald
Subset Precoding and Tapering on Phased Arrays for High Throughput Satellite Systems
Digital
2021

Expectation-Maximization for Scheduling Problems in Satellite Communication

Authors Bailer, Werner; Winter, Martin; Ebert, Johannes; Flavio, Joel; Plimon, Karin
Expectation-Maximization for Scheduling Problems in Satellite Communication
Digital
2020

A Method for ACM on Q/V-Band Satellite Links Based on Artificial Intelligence

Authors Ebert, Johannes; Bailer, Werner; Flavio, Joel; Plimon, Martin:, Karin andWinter
A Method for ACM on Q/V-Band Satellite Links Based on Artificial Intelligence
Digital
2019

Performance Analysis of Future Mobile Interactive Networks using an Advanced Air Interface Demonstrator

Authors Ebert, Johannes; Schlemmer, Harald; Plimon, Karin; Toptsidis, Nikolaos; Panagiotopoulos, Fernando Perez-Fontan Ilias
Performance Analysis of Future Mobile Interactive Networks using an Advanced Air Interface Demonstrator
Digital
2019

Detailed Transmission Error Analysis of a DVB-S2 Carrier over a Q/V Band Channel

Authors Schmidt, Michael; Ebert, Johannes; Greschitz, Eveline; Niederhold, Patrick; Castro, Juan Rivera
Detailed Transmission Error Analysis of a DVB-S2 Carrier over a Q/V Band Channel
Digital
2019

Some Notes on Phase Noise Generation and the Impact on DVB-S2x Waveforms

Authors Schlemmer, Harald; Ebert, Johannes; Taenzer, Tobias; Gappmair, Wilfried
Some Notes on Phase Noise Generation and the Impact on DVB-S2x Waveforms
Digital
2016

Operational results of the Q/V band satellite ground station in Graz/ Austria

Authors Schmidt, Michael; Ebert, Johannes; Castro, Juan Rivera
Operational results of the Q/V band satellite ground station in Graz/ Austria
Digital
2016

Alphasat Aldo Paraboni Payload IOT campaign and Status after the First Year of Operation

Authors Schmidt, Michael; Ebert, Johannes; Cuervo, Felix; Cola, F. Di; Pandolfi, A.; Paolo, G. Di; Castro, Juan Rivera; Benzi, E.; Martellucci, Antonio; Falzini, F.; Salaris, P.; Coviello, E.; Viti, E. De; Riva, C.; Luini, L.; Codispoti, G.; Russo, E.; Parca, G.
Alphasat Aldo Paraboni Payload IOT campaign and Status after the First Year of Operation
Digital
2015

Design and development of a high throughput airborne line-of-sight communication link

Authors Schlemmer, Harald; Tarkyilmaz, Eral; Schmidt, Michael; Ebert, Johannes; Mayer, Heinz
Design and development of a high throughput airborne line-of-sight communication link
Digital
2015

System Performance of an Advanced Multi-User Detection Technique for High Throughput Satellite Systems

Authors Angelone, Martina; Ginesi, Alberto; Caus, Marius; Perez-Neira, Ana Isabel; Ebert, Johannes
System Performance of an Advanced Multi-User Detection Technique for High Throughput Satellite Systems
Digital
2015

The Alphasat Aldo Paraboni Experiment: Fade Mitigation Techniques in Q/V-Band Satellite Channels, First Results

Authors Ebert, Johannes; Schmidt, Michael; Schlemmer, Harald; Tuerkyilmaz, Eral; Kastner-Puschl, Sabine; Castro, Juan Rivera
The Alphasat Aldo Paraboni Experiment: Fade Mitigation Techniques in Q/V-Band Satellite Channels, First Results
Digital
2015

ACM Strategies for the High Fade Dynamics in Q/V-Band

Authors Ebert, Johannes; Schmidt, Michael; Kastner-Puschl, Sabine; Castro, Juan Rivera
ACM Strategies for the High Fade Dynamics in Q/V-Band
Digital
2015

Measurement of Instantaneous Frequency Scaling for Q/V-Band

Authors Ebert, Johannes; Plimon, Karin; Schmidt, Michael; Castro, Juan Rivera
Measurement of Instantaneous Frequency Scaling for Q/V-Band
Digital
2012

The Code-Aided FEPE Algorithm for Joint Frequency and Phase Estimation at Low SNR

Authors Ebert, Johannes; Schlemmer, Harald; Gappmair, Wilfried
The Code-Aided FEPE Algorithm for Joint Frequency and Phase Estimation at Low SNR
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JOANNEUM RESEARCH provides innovation and technology services in the field of applied research. As a research company working on behalf of various federal provinces and regions in Austria, our expertise shapes the development of our modern society and economy – sustainably, and always with a focus on people. As a multidisciplinary team working in a flexible set-up that fosters innovation, we always live up to the highest social and scientific standards.

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