VDE/VDI GMM (Hrsg.)

GMM-Fb. 104: AmE 2022

Automotive meets Electronics, 13. GMM-Symposium, September 29 – 30, 2022 in Dortmund

GMM-Fachberichte

2022, 104 Seiten, 140 x 124 mm, Slimlinebox, CD-Rom
ISBN 978-3-8007-5955-2, E-Book: ISBN 978-3-8007-5956-9
Persönliche VDE-Mitglieder erhalten auf diesen Titel 10% Rabatt

Inhaltsverzeichnis Vorwort

The focus of the conference AmE 2022 is oriented towards these topics. The first topic is Mobility of the Future addressing issues arising from the new kind of the car’s future usage. One major focus is on connectivity and all related topics concerning privacy, safety and security. Developments in the future mobility will be characterized by a move away from mechanical development towards highly sophisticated electronic systems with more computational power, new operating systems and application software encompassing today‘s classical algorithms as well as algorithms based on Artificial Intelligence / MachinebLearning.

The second subject Development Methodology is devoted to the innovated development chain, covering also functional safety aspects as well as testing and validation & verification. The third topic Technologies for the Future addresses the tools, allowing to develop safe and secure software and services. AmE 2022 allows industry and academia to freely discuss technical issues and exchange ideas. It is an excellent platform for presenting latest research work as well as technical implementations from industry. Last but not least: the social events of the AmE showed that the attendees have also other interests beside technology.
Die VDE/VDI GMM hat die Aufgabe, die wissenschaftliche und technische Entwicklung im Bereich der Mikroelektronik, Mikrosystem-, Nano- und Feinwerktechnik sowie deren breite Anwendungen zu fördern. Sie initiiert den dazu erforderlichen Dialog zwischen Herstellern, Anwendern und Wissenschaft und bildet ein Forum für Diskussionen über diese Techniken in der Öffentlichkeit. Die GMM vertritt die Belange der in ihr vertretenen Arbeits- und Fachgebiete gegenüber politischen Entscheidungsträgern und bringt ihre Fachkompetenz in die Gestaltung der Förderpolitik ein.
1

Comparison of Communication Strategies for Maneuver Coordination of Highly Automated Vehicles

Autoren: Stellwagen, Jochen; Deegener, Matthias; Kuhn, Michael

2

3

Potential analysis of cold braking distance performance - adaptation of the ABS to the tyre temperature

Autoren: Warth, Georg; Kroh, Lukas; Sieberg, Philipp; Unterreiner, Michael; Schramm, Dieter

4

Improved Ultrasonic Sensing Using Machine Learning

Autoren: Gotzig, Heinrich; Mohamed, Mohamed-Elamir; Zoellner, Raoul; Maeder, Patrick

5

6

7

8

Dynamic Effects in Asynchronous Circuits

Autoren: Deeg, Florian; Sattler, Sebastian M.

9

Speech privacy-aware acquisition of acoustic information based on deep learning algorithms

Autoren: Rennies, Jan; Hollosi, Danilo; Rollwage, Christian

10

11

Trustable Electronics - TRUST-E

Autoren: Wahl, Michael; Stich, Peter; Busch, Rebecca

12

Mid-term status report on KISSaF: AI-based situation interpretation for automated driving

Autoren: Stockem Novo, Anne; Stolpe, Marco; Diehl, Christopher; Osterburg, Timo; Bertram, Torsten; Parsi, Vijay; Murzyn, Nils; Mualla, Firas; Schneider, Georg; Toews, Philipp

13

Position Classification and In-Vehicle Activity Detection Using Seat-Pressure-Sensor in Automated Driving

Autoren: Khazar, Dargahi Nobari; Hugenroth, Alexander; Bertram, Torsten

14

15

16

Development of an Artificial Galvanically Decoupled Impedance Network of Wireless Power Transfer Systems for EMI Measurements in the Frequency Range from 9 kHz to 30 MHz

Autoren: Jeschke, Sebastian; Olbrich, Marcel; Kleinen, Michael; Baerenfaenger, Joerg; Loos, Jan; Imhof, Daniel; Siebert, Kerstin

17

Virtual fault injection in mechatronic and electronic systems for reliability and safety analysis

Autoren: Erguen, Levent; Mueller-Heinbach, Roman; Butzmann, Stefan

18

Evaluating TTEthernet in the Automotive Domain Using Fault Injection

Autoren: Onwuchekwa, Daniel; Mittal, Sahil; Obermaisser, Roman

19

Cooperative and distributed cybersecurity analysis for the automotive domain

Autoren: Schmittner, Christoph; Wieland, Konrad; Macher, Georg