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DI Harald Schlemmer

Forschungsgruppe

DIGITAL:

Telekommunikation, Navigation und Signalverarbeitung

Telefon

+43 316 876-1303

E-Mail

Harald.Schlemmer@joanneum.at

Adresse

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

Publikationen

Digital
2023

Dual-Filter Architecture for Blind Feedback Recovery of the Symbol Timing in Bandlimited Optical Intensity Channels

Autor*innen: Gappmair, Wilfried; Schlemmer, Harald
Dual-Filter Architecture for Blind Feedback Recovery of the Symbol Timing in Bandlimited Optical Intensity Channels
Digital
2022

Feedback Solution for Blind Symbol Timing Recovery in Bandlimited Optical Intensity Channels

Autor*innen: Gappmair, Wilfried; Schlemmer, Harald
Feedback Solution for Blind Symbol Timing Recovery in Bandlimited Optical Intensity Channels
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
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

Results from a CCSDS-compliant High Photon Efficiency Downlink SDR Platform

Autor*innen: Schlemmer, Harald; Stamenic, Nemanja; Ferenczi, Balazs; Schoenhuber, Michael
Results from a CCSDS-compliant High Photon Efficiency Downlink SDR Platform
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

Joint Synchronization of Symbol Timing and Carrier Frequency Using the Extended Zero-Crossing Property

Autor*innen: Schlemmer, Harald; Gappmair, Wilfried; Ginesi, Alberto
Joint Synchronization of Symbol Timing and Carrier Frequency Using the Extended Zero-Crossing Property
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

A DVB-S2 signal analyzer for the Alphasat TDP5 communication experiment

Autor*innen: Schlemmer, Harald; Tuerkyilmaz, Eral; Schmidt, Michael; Gappmair, Wilfried; Castro, Juan Rivera
A DVB-S2 signal analyzer for the Alphasat TDP5 communication experiment
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

Multilevel "forest firefighting - management system" for an optimized operational guidance of ground and air forces leadership in forest fire situations

Autor*innen: Almer, Alexander; Schnabel, Thomas; Perko, Roland; Raggam, Hannes; Koefler, Armin; Schmidt, Michael; Schlemmer, Harald; Turkyilmaz, Eral; Feischl, Richard
Multilevel "forest firefighting - management system" for an optimized operational guidance of ground and air forces leadership in forest fire situations
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
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