Publikationen
| Projekt | Publikation | Quelle |
| ADACORSA | Enabling Technologies for the Navigation and Communication of UAS Operating in the Context of BVLOS, Elena Politi, Patrick Purucker, Morten Larsen, Ricardo J. Dos Reis, Raj Thilak Rajan, Sergio Duarte Penna, Jan-Floris Boer, Panagiotis Rodosthenous, George Dimitrakopoulos, Iraklis Varlamis, Alfred Höß | Paper, Electronics, 2024 |
| ADACORSA | Tackling different aspects of drone services utilizing technologies from cross-sectional industries, Patrick Purucker, Ricardo dos Reis, Morten Larsen, Anna Ryabokon, Jessica Giovagnola, Enio Filho, Christian Reil, Alfred Höß, Jean Paul Barreto Guerra, Miguel Molina, Sergio Duarte Penna, Elena Politi | Paper, Journal of Physics: Conference Series, 2023 |
| ADACORSA | DUCC - Dataset for UAS Cellular Communications, Patrick Purucker, Christian Reil, Alfred Höß | Dataset, Zenodo, 2023 |
| KI-ASIC | The KI-ASIC Dataset, Daniel Scharf, Seifeddine Saadani and Alfred Höß | Dataset, Zenodo, 2023 |
| KI-ASIC | A Semi-Automated Multi-Sensor Data Labeling Process for Deep Learning in Automotive Radar Environment, Daniel Scharf, Seifeddine Saadani, Mathias Schneider and Alfred Höß | Paper, IEEE 2nd International Conference on Electrical, Computer, Communications and Mechatronics Engineering, 2022 |
| AI4DI | Optimizing 3D object detection for embedded systems in automated vehicles using sensor data fusion and CUDA computing, Topi Miekkala, Matti Kutila, Mathias Schneider, Alfred Höß | Paper, IEEE 18th International Conference on Intelligent Computer Communication and Processing, 2022 |
| AI4DI | Industrial AI Technologies for Next-Generation Autonomous Operations with Sustainable Performance, Ovidiu Vermesan, Frédéric Pétrot, Marcello Coppola, Mathias Schneider, Alfred Höß | Book, Intelligent Edge-Embedded Technologies for Digitising Industry , Seiten 1-71,2022 |
| AI4DI | Efficient Edge Deployment Demonstrated on YOLOv5 and Coral Edge TPU, Ruben Prokscha,Mathias Schneider, Alfred Höß | Article, International Workshop on Edge Artificial Intelligence for Industrial Applications (EAI4IA), Seiten 141-156,2022 |
| AI4DI | ECBA-MLI: Edge Computing Benchmark Architecture for Machine Learning Inference, Mathias Schneider, Ruben Prokscha, Seifeddine Saadani, Alfred Höß | Paper, IEEE EDGE 2022: 2022 IEEE International Conference on Edge Computing, 2022 |
| AI4DI | KI-basierte Optimierung von Daten-Pipelines, Ruben Prokscha, Mathias Schneider, Seifeddine Saadani, Alfred Höß | Paper, Forschungsbericht der OTH-AW, Seiten 17-23,2022 |
| AI4DI | Realization of a Service Pipeline for Traffic Density Estimation and Prediction based on Traffic Data using Machine Learning, Ruben Prokscha | Master thesis, Applied Research in Engineering Sciences, 2022 |
Characterization of Object Detection Performance in an Edge Environment, | Paper, Applied Research Conference 2021 Conference Proceedings, Seiten 330 – 335, 2021 | |
| AutoDrive | „Projekt AutoDrive – fail-aware, fail-safe, fail-operational“, Heike Lepke, Mathias Schneider, Alfred Höß, Nicholas Jäger, Andreas Aßmuth | Report, Forschungsbericht der OTH-AW, Seiten 37-42, 2021 |
| AI4DI | „Testumgebung für Edge Computing in Intelligenten Transportsystemen (ITS)“, Mathias Schneider, Seifeddine Saadani, Ruben Prokscha, Alfred Höß | Report, Forschungsbericht der OTH-AW, Seiten 27-32, 2021 |
| AI4DI | „Applications of AI in Transportation Industry“, Mathias Schneider, Matti Kutila, Alfred Höß | Book Article, Artificial Intelligence for Digitising Industry - Applications, Seiten 355 – 362, 2021 |
| AI4DI | „Open Traffic Data for Mobility-as-a-Service Applications - Architecture and Challenges“, Mathias Schneider, Mina Marmpena, Haris Zafeiris, Ruben Prokscha, Seifeddine Saadani, Nikolaos Evangeliou, George Bravos, Alfred Höß | Book Article, Artificial Intelligence for Digitising Industry - Applications, Seiten 375-385, 2021 |
| KI-ASIC | „KI-Prozessorarchitekturen für Radarmodule im autonomen Fahrzeug“, Daniel Scharf, Seifeddine Saadani, Alfred Höß, Heike Lepke | Report, Forschungsbericht der OTH-AW, Seiten 50-54, 2021 |
| ADACORSA | „Forschungsprojekt: ADACORSA “Airborne data collection on resilient system architectures “, Nicholas Jäger, Patrick Purucker, Christian Reil, Alfred Höß, Andreas Aßmuth | Report, Forschungsbericht der OTH-AW, Seiten 60-65, 2021 |
| PRYSTINE/ADACORSA | „Integration of a RTT Prediction into a Multi-path Communication Gateway“, Josef Schmid, Patrick Purucker, Mathias Schneider, Rick van der Zwet, Morten Larsen and Alfred Höß | Paper, SAFECOMP 2021, August 2021 |
| PRYSTINE/ADACORSA | „System Requirements Specification for Unmanned Aerial Vehicle (UAV) to Server Communication“, Patrick Purucker, Josef Schmid, Alfred Höß and Björn Schuller | Paper, Conference ICUAS'21, 2021 |
| Autbus | „Analysis and evaluation of the communicationrequirements for remote operating an automatedbus in rural areas“, Roman Babl, Josef Schmid, Alfred Höß | Paper, 24th IEEE International Conference on Intelligent Transportation - ITSC2021 September 19-22, 2021 Indianapolis, IN, United States |
| Autbus | „AUTBUS – Entwicklung eines autonomen Kleinbusses für den ländlichen Raum“, Fabian Zeitler, Roman Babl, Josef Schmid, Alfred Höß | Report, Forschungsbericht der OTH-AW, Seiten 45-49, 2021 |
| PRYSTINE | „Programmable Systems for Intelligence in Automobiles (PRYSTINE): Final results after Year 3“, | Paper, 24th Euromicro Conference on Digital System Design (DSD), 2021 |
| AI4DI | „Artificial Intelligence for Digitalizing Industry“, Mathias Schneider, Seifeddine Saadani, Alfred Höß | Report, Forschungsbericht der OTH-AW, Seiten 06-11, 2020 |
| 1000kmPLUS | „EU-Research-Project “1000kmPLUS” – Optimized Routing for Electric Vehicles“, Martin Fischer, Johanna Steindl, Heike Lepke, Alfred Höß | Report, Forschungsbericht der OTH-AW, Seiten 43-50, 2020 |
| PRYSTINE | „Programmierbare Systeme für Intelligenz in Automobilen“, Josef Schmid, Daniel Scharf, Alfred Höß | Report, Forschungsbericht der OTH-AW, Seiten 51-57, 2020 |
| PRYSTINE/AutoDrive | „A Comparison of AI-Based Throughout Prediction for Cellular Vehicle-To-Server Communication“, Schmid, Josef, Mathias Schneider, Alfred Höß, and Björn Schuller | Paper, 15th International Wireless Communications & Mobile Computing Conference (IWCMC), Seiten 471-476, 2019 |
| PRYSTINE | „Programmierbare Systeme für Intelligenz in Automobilen“, Alfred Höß, Josef Schmid | Report, Forschungsbericht der OTH-AW, Seiten 79-85, 2019 |
| Ko-HAF | „Kommunikation zwischen Fahrzeug und Server beim kooperativen hochautomatisierten Fahren im Projekt Ko-HAF“, Josef Schmid, Alfred Höß | Report, Forschungsbericht der OTH-AW, Seiten 57-60, 2019 |
| PRYSTINE | „PRYSTINE - Technical Progress After Year 1“, Norbert Druml, Alfred Höß et al. | Paper, 22nd Euromicro Conference on Digital System Design (DSD), Kallithea, Greece, 2019, Seiten 389-398, 2019 |
| „A Deep Learning Approach for Location Independent Throughput Prediction“, Sebastian Wieland, Stefan Stiegler, Heike Lepke, Alfred Höß | Paper, 8th International Conference on Connected Vehicles and Expo (ICCVE), 2019 | |
| 3CCar | „EU-Forschungsprojekt 3Ccar – Elektrofahrzeuge der nächsten Generation“, Schmid, Josef, Mathias Schneider, Alfred Höß, and Björn Schuller | Report, Forschungsbericht der OTH-AW, Seiten 61-67, 2019 |
| 1000kmPLUS | „EU-Forschungsprojekt 1000kmPLUS – Realistic Routing for Electric Vehicles“, Martin Fischer, Johanna Steindl, Heike Lepke, Alfred Höß | Report, Forschungsbericht der OTH-AW, Seiten 61-67, 2019 |
| PRYSTINE | „PRYSTINE - Programmable Systems for Intelligence in Automobiles“, Alfred Höß | Paper, Kongress ECSEL in Deutschland, Seiten , 2018 |
| „Development of a tool for passive monitoring a vehicle-to-server communication“, Phillipp Heß, Josef Schmid und Alfred Höß | Report, Forschungsbericht der OTH-AW, Seiten 62-66, 2018 | |
| „Routenplanung für Elektrofahrzeuge“, Stefan Stiegler, Sebastian Wieland, Heike Lepke, Alfred Höß | Report, Forschungsbericht der OTH-AW, Seiten 67-74, 2018 | |
| „Passive monitoring and geo-based prediction of mobile network vehicle-to-server communication.“, Schmid, Josef, Philipp Heß, Alfred Höß, and Björn W. Schuller | Paper, 4th International Wireless Communications & Mobile Computing Conference (IWCMC), Seiten 1483-1488, 2018 | |
| „Analysing communication requirements for crowd sourced backend generation of HD Maps used in automated driving.“, Jomrich, Florian, Josef Schmid, Steffen Knapp, Alfred Höß, Ralf Steinmetz, and Björn Schuller | Paper, IEEE Vehicular Networking Conference (VNC), Seiten 1-8, 2018 | |
| Ko-HAF | „Ko-HAF: Kooperatives Hochautomatisiertes Fahren“, Josef Schmid, M. Sc., Stephan Schärtl, B. Eng., Prof. Dr.-Ing. Alfred Höß | Report, Forschungsbericht der OTH-AW, Seiten 58-61, 2017 |
| „Auf dem Weg zum automatisierten Fahren“, Alfred Höß | Vortrag, Vortrag auf dem ETN Studientag: „Das Zeitalter der Roboter“ an der OTH-AW Regensburg , 2017 | |
| eDAS | „Holistic Energy Management for 3rd and 4th Generation of Electric Vehicles“, Stephan Schärtl, B. Eng., Josef Schmid, M. Sc., Prof. Dr.-Ing. Alfred Höß | Report, Forschungsbericht der OTH-AW, Seiten 48-52, 2017 |
| EMC2 | „The EMC² Project on Embedded Microcontrollers“, Werner Weber, Alfred Hoess, et al. | Report, EMC² Summit, April 11th 2016, Vienna, Austria, 2016 |
| EMC2 | „The EMC2 Project on Embedded Microcontrollers: Technical Progress after two years“, Werner Weber, Alfred Hoess, et al. | Paper, DSD'2016 Proceedings (printed by IEEE Press), Seiten 524-531, 2016 |
| EMC2 | „EMC² a Platform Project on Embedded Microcontrollers in Applications of Mobility, Industry and the Internet of Things“, Werner Weber, Alfred Hoess, et al. | Paper, 2016 Euromicro Conference on Digital System Design, DSD'2016 Proceedings (printed by IEEE Press), Seiten 524-531, 2016 |
| EMC2 | „Platform project EMC² embedded microcontrollers“, Werner Weber, Alfred Höß, Frank Oppenheimer, George Dimitrakopoulos | Paper, WESE Workshop (Teil der Embedded Systems Week), 2015 |
| EMC2 | „EMC² a platform project on embedded microcontrollers in applications of mobility, industry and the Internet of Things“, Werner Weber, Alfred Höß, Frank Oppenheimer, Bernd Koppenhöfer, Bastijn Vissers, Björn Nord-moen | Paper, Euromicro Conference on Digital Systems Design – Special Session on European Projects on Digital Systems Design, 2015 |
| Motorbrain | „MotorBrain – Final Report“, Reiner John, Alfred Höß | Report, MotorBrain Consortium, 2015 |
| Motorbrain | „Nanoelectronics for electric vehicle intelligent failsafe powertrain: MotorBrain“, Alfred Höß et al. | Report, Teilprojekt „Steuerung hochperformanter Inverter für schnell rotierende Motoren in integrierten An-triebssträngen für Elektrofahrzeuge“, Schlussbericht, 2015 |
| UR:BAN | „Forschungsprojekt UR:BAN – Kognitive Assistenz“, Stefan Lüke, Alfred Höß, et Al. | Report, Schlussbericht BMWI-Projekt, Schlussbericht, 2015 |