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DI Dr. Johannes Ebert

Forschungsgruppe

DIGITAL:

Telekommunikation, Navigation und Signalverarbeitung

Telefon

+43 316 876-1306

E-Mail

Johannes.Ebert@joanneum.at

Adresse

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

Publikationen

Digital
2025

Xgboost Based Regression Forecast for ACM on Q/V-band Satellite Links

Autor*innen: Fetescu, Mirela and Ebert, Johannes and Plimon, Karin and Winter, Martin and Schmidt, Michael and Teschl, Franz and Martellucci, A.
Xgboost Based Regression Forecast for ACM on Q/V-band Satellite Links
Digital
2025

Low Complexity Deep Learning Models for Ionospheric Layer Detection

Autor*innen: Fetescu, Mirela and Plimon, Karin and Winter, Martin and Scotto, Carlo and Nava, Bruno and Garcia-Fernandez, Miquel and Sanchez, Sergi and Ebert, Johannes and Teschl, Franz and Perez, Raul
Low Complexity Deep Learning Models for Ionospheric Layer Detection
Digital
2022

Low Complexity Subset Precoding for High Throughput Satellite Systems

Autor*innen: 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

Autor*innen: 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

Autor*innen: Bailer, Werner and Winter, Martin and Ebert, Johannes and Flavio, Joel and 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

Autor*innen: 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

Autor*innen: 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

Autor*innen: 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

Autor*innen: 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

Autor*innen: 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

Autor*innen: 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

Autor*innen: 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

Autor*innen: 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

Autor*innen: 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

Autor*innen: 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

Autor*innen: 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

Autor*innen: Ebert, Johannes; Schlemmer, Harald; Gappmair, Wilfried
The Code-Aided FEPE Algorithm for Joint Frequency and Phase Estimation at Low SNR
Zu allen Publikationen

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