Handling complex systems:systems design for AD vehicles

Handling complex systems:systems design for AD vehicles

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Bibliographische Detailangaben
Veröffentlicht in:Automatisiertes Fahren (Veranstaltung : 5. : 2019 : Wiesbaden) Automatisiertes Fahren 2019
1. Verfasser: Grießer, Martin (VerfasserIn)
Weitere Verfasser: Khalil, Maged (VerfasserIn), Dreiseitel, Stefan (VerfasserIn)
Pages:2019
Format: UnknownFormat
Sprache:eng
Veröffentlicht: 2020
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Titel Jahr Verfasser
Handling complex systems:systems design for AD vehicles 2020 Grießer, Martin
Start the flow! Why timing of autonomous driving functions needs to be taken into account at an early stage 2020 Schmidt, Olaf
Allocation of liability costs between motor insurers and vehicle manufacturers - an analysis of the current liability and insurance framework for automated vehicles 2020 Pütz, Fabian
Artificial intelligence for automated driving - quo vadis? 2020 Jungmann, Alexander
Fusion of raw sensor data for testing applications in autonomous driving 2020 Falkenhausen, Julius von
Haptic shared control of electric power steering - a key enabler for driver automation system cooperation 2020 Shoji, Naoki
High-performance data acquisition and replay 2020 Schöpfner, Thomas
Is artificial intelligence the solution to all our problems? Exploring the applications of AI for automated driving 2020 Milz, Stefan
Toolbox for test planning and test realization of scenario-based field tests for automated and connected driving 2020 Otto, Thomas
Core components of automated driving - algorithms for situation analysis, decision-making and trajectory planning 2020 Lienke, Christian
HAD development game changers and changing SW creation 2020 Reichel, Michael
Haftungsfragen im Zusammenhang mit hoch- und vollautomatisierten Fahrzeugen 2020 Ehring, Philipp
Training and validation of neural networks in virtual environments 2020 Pfeffer, Raphael
Do you trust driverless vehicles? 2020 Eckert, Alfred
Keeping the balance between overload and underload during partly automated driving: relevant secondary tasks 2020 Lassmann, Paula
Validation of level 4-5 functions with a cloud-based simulation 2020 Häring, Jürgen
Driver assistance systems and automated driving functions - impact potentials, challenges and solutions from the point of view of the AZT 2020 Gwehenberger, Johann
Vehicle Data for Automated Driving over the Vehicles Lifecycle 2020 Beese, Gerald-Alexander
Methodology for the generation and execution of scenarios for the virtual driving test with automated driving functions 2020 Herrmann, Martin
Solving the validation challenge of automated driving with a holistic test center 2020 Tiedemann, Simon
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